Description of the study programme

Name of the faculty: Faculty of Mechanical Engineering
Name of the study programme: Mechanical Engineering Technologies
Degree of higher education: 3.
Institution body for approving the study programme:
Date of the study programme approval or the study programme modification:
Date of the latest change in the study programme description:
Reference to the results of the latest periodic review of the study programme by the institution:
1. Basic information about the study programme
a Name of the study programme Mechanical Engineering Technologies Number according to the register of study programmes 103593
b Degree of higher education 3 ISCED-F education degree code 864
c Place(s) of delivery of the study programme
d Name of the field /
Combination of two fields of study
Mechanical Engineering Number of the field of study 2381V00
ISCED-F codes of the field/fields 0715
e Type of the study programme doctoral
f Awarded academic degree Philosophiae doctor „PhD.“
g Form of study full-time form of study
h Cooperating institutions and the range of study obligations the student fulfils at each of the given institutions We do not cooperate with another university in this study program.
i Language or languages in which the study programme is delivered Slovak language, English language
j Standard length of the study expressed in academic years 3 rok(y)
k Capacity of the study programme (planned number of students) 1.grade: 6
2.grade: 6
3.grade: 6
4.grade:
Actual number of applicants
Year of study 2015/2016 2016/2017 2017/2018 2018/2019 2019/2020 2020/2021
1.grade 6 5 5 4 4
Actual number of students
Year of study 2015/2016 2016/2017 2017/2018 2018/2019 2019/2020 2020/2021
1.grade 6 6 5 4 5
2.grade 5 6 6 5 4
3.grade 2 5 5 6 5
4.grade
2. Graduate profile and learning objectives
a Learning objectives of the study programme such as student's abilities at the time of completion of the programme and the main learning outcomes

The graduates of the third degree of the university education in the framework of this study programme are being prepared by the most modern scientific methods and approaches to investigate a wide spectrum of the theoretical and practical problems in the area of the mechanical engineering technologies. The graduates are able to formulate and search for solutions of the scientific and research issues in the area being investigated and are ready to develop and deepen the knowledge of the specialisation. They are prepared for solving the most demanding tasks of the technical practice. They are able to think critically, to design the solutions of complex and also interdisciplinary problems independently and to work as the members of a research team. The PhD study graduates can find employment in the research and development departments of the manufacturing enterprises, top positions at a lot of the management levels both in Slovakia and abroad.    

The graduate of the PhD study Mechanical Engineering Technologies has deep summary and methodological knowledge of the manufacturing mechanical engineering technologies, especially about the casting metallurgy and technologies, welding technology and repair welding technologies, technology of connecting the pipeline systems, technologies of forming and forming machines and tools, heat treatment, powder metallurgy and additive technologies that are an inevitable part of the knowledge necessary for development, innovations, design the research in the area of new materials, their assessments, the technologies of treatment, influencing the utility properties, technological support of production by numerical simulation including the theoretical analyses and research on relations between the technology, design and production.

The graduate knows and understands the theories and technologies in the area of the chipless machinery production, the methods and procedures that are utilised in the specialisation Mechanical Engineering and serve as a basis for innovations and development strategies of the professional practice. The graduate possesses the knowledge and is able to design, verify, innovate and implement new production procedures and processes for technological manufacturing equipment. He/she possesses the knowledge of testing, operating and maintaining the machinery equipment, about selecting suitable materials for particular applications regarding to the impact of the machinery production on the environment.

The graduate is able to achieve new knowledge and information in an active way, to integrate and utilise them in applications  used for development of the mechanical engineering specialisation, he/she is able to solve  theoretical and practical tasks in the area of the machinery chipless technologies, he/she is able to analyse, design, implement, innovate, optimise and maintain extensive technological and technical solutions that include the area of general mechanical engineering with an emphasis on the mechanical engineering technologies.

The graduate is able to work with the technical literature and utilises the latest foreign and domestic information sources for acquiring new knowledge for solving the research and practical tasks.

 He/she has deep knowledge also in the area of the general mechanical engineering that enables him/her to coordinate the partial tasks in the teams with the goal to solve the assigned tasks; he/she is able to lead the projects independently and to take responsibility for the solution procedures and results.

 He/she is able to formulate the procedures, to assess, process and define the results of the solutions and to communicate about them with the experts in the specialisation.

 The employment rate of the SP Mechanical Engineering Technologies´ graduates is 100 % (zdroj: The list of foundations from the state budget for the Public Universities for 2021 (www.minedu.sk  – https://www.minedu.sk/rozpis-dotacii-zo-statneho-rozpoctu-verejnym-vysokym-skolam-na-rok-2021/tab. č.2. uplatnenie absolventov).

 During the study the graduate of the PhD SP Mechanical Engineering Technologies (the third degree – PhD.) will acquire the knowledge in the area of the technical and natural science disciplines and a complex of the expert knowledge necessary for the position of the mechanical engineering specialist (e.g. the mechanical engineering specialist – the process engineer, the mechanical engineering specialist for welding, casting, forming, heat treatment, etc.); in the area of investigating the materials (e.g. the specialist of the destructive and non-destructive tests); the specialist of managing the production quality (e.g. the mechanical engineering specialist of production management, the specialist of quality management, etc.); the mechanical engineering specialist in the area of research and development (e.g. the specialist for welding, casting, forming and heat treatment in research and development, research worker – e.g. in a research institute, at the Academy of Sciences, at the university, etc.).

The graduates will understand and will be able to utilise the acquired knowledge and skills to solve the problems especially from the following areas in a creative way (given by the profile study subjects):  

  • The theory of welding, casting, forming, heat treatment and machining;
  • The technology of welding, casting, forming and heat treatment;
  • The metallurgy and casting technology;
  • The progressive materials and technologies;
  • The simulations of the technological processes;
  • The technological level and product quality;
  • Modelling the technological processes;
  • The additive technologies;
  • The material characteristics and selecting materials;
  • Assessing the properties of materials;
  • The methods of studying the structures of the progressive materials.

The graduates of the study programme Mechanical Engineering Technologies (the third degree) will acquire the following knowledge, skills and competences:

The knowledge in the area of casting and metallurgy (the graduate will acquire the necessary knowledge, abilities and skills from the following subjects – Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 – 4);                                                                               

  • He/she has summary knowledge in the area of the crystallisation processes that perform during cooling in the aluminium, magnesium, copper and zinc alloys, he/she knows and is able to implement the possibilities of influencing the crystallisation processes of alloys with an emphasis on affecting the mechanical, physical and other utility properties of the castings (by treating, modifying and alloying) - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • In the framework of the metallurgical processes he/she is able to design, verify and practically implement the processes of limiting the development of inclusions with an emphasis on the affinity of elements;  he/she is able to affect the solubility of the gases in the melts on the basis of the non-ferrous metals; he/she is able to explain and affect the re-oxidising processes in the inlet system - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she has summary knowledge and is able to predict and implement suitable purifying and degassing methods of alloys/melts on the basis of aluminium, magnesium, copper and zinc - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials;
  • He/she is able to formulate and create new procedures of melting the aluminium, magnesium, copper and zinc alloys – Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Scientific Work 1 – 4;
  • He/she is able to assess and check the quality of the melt and metallurgical processes on the basis of the chemical composition, temperature, content of oxides and non-metallic inclusions, the content of hydrogen, the level of treating and modification – Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation project 1 – 4; Scientific Work 1 – 4;
  • He/she has summary knowledge and knows how to implement and innovate the technological tests in dependence on the cast material - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to design the thermal regimes for the heat treatment of the casts - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to adapt the metallurgical procedures of producing the casts/materials - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to work out the technological procedure of casting and to implement the innovative methods and original solutions – Modern Processing Technologies; Computer Simulation of Processes in Specialisation; Technological Level and Product Quality;
  • He/she is able to design and create new strategies of the non-conventional methods of casting processes - Modern Processing Technologies; Computer Simulation of Processes in Specialisation; Technological Level and Product Quality; Scientific Work 1 – 4;
  • He/she is able to utilise the professional knowledge for original solutions by the Rapid Prototyping Method (Stereolithography, Selective Laser Sintering, Fused Deposition Modelling, Laminated Object Manufacturing, Jetted Photopolymer, Solid Ground Curring) and is able to assess the suitability of utilising these methods in the foundry industry - Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality;
  • He/she has summary knowledge about the thermal and physical procedures in the system cast – form - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Scientific Work 1 – 4;
  • He/she has summary knowledge and is able to implement and define the phenomena accompanying the curring process of the casts - Modern Processing Technologies; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Scientific Work 1 – 4; Dissertation project 1 – 4;

He/she has knowledge in the area of welding - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Thesis; Dissertation project 1 – 4; Scientific Work 1 -4;

  • He/she knows and is able to analyse, reproduce and implement the basic metallurgical problems for the welding processes - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she is able to carry out the analysis of the thermal and deformation cycles, the metalographical analysis of the structural decomposition analysis in the area affected by heat - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she has summary knowledge and is able to implement and innovate the basic steel material suitable for welding and is able to define its material, design and technological weldability - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she knows and is able to differentiate the individual methods of the fusion welding according to the given fitness for the purpose, he/she has summary knowledge and is able to design and use the relevant experimental methods - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she is able to innovate and define the original technological parameters for a particular produced weldment - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she knows, is able to analyse, reproduce and implement (both qualitatively and quantitatively the methods of analysing the macro- and micro-structure of the welded joints of the steels aiming at the filler metal and the area affected by heat - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she knows and has summary knowledge about the thermal cycles and performance parameters of the arc welding processes, he/she is able to create the technical report independently or in a team - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she is able to analyse, reproduce and create the basic procedures for the design and production of the steel structures, he/she knows and is able to define the basic materials, additive materials and technologies used  in the mechanical engineering practice - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she is able to make use of the professional knowledge for original solutions using the current welding technologies of the metals by the arc and upset welding - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 -4;
  • He/she is able to design activities during implementing the quality management system in the area pf welding - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Technological Level and Product Quality;
  • He/she has summary knowledge about the non-destructive methods of checking the welded joints, the tests of the mechanical properties of the welded joints, he/she knows the suitable scheme of the staff certification in NDT and the staff involved in the welding processes - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials;
  • He/she has summary knowledge and is able to implement the procedures of mechanisation and automation of the welding processes - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she has summary knowledge and is able to prepare a technological procedure of welding (pWPS) and to define the framework pf testing and criteria values for assessing the quality of the welded joints according to the valid legislation - Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she has summary knowledge and information in the area of the materials for the pipeline systems, tests of welds with an emphasis on the destructive and non-destructive tests, legislation in the area of certification the staff involved in the welding and soldering processes and their responsibility - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 - 4;

The knowledge in the area of the heat treatment and powder metallurgy – the knowledge, abilities and skills acquired after passing the following subjects - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;

  • He/she has summary knowledge or designing the research and development of annealing the components, for the hardening and tempering technologies of components, for the technologies of the isothermal heat treatment - Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she has summary knowledge and is able to design or define the scientific/practical assumption for the heat treatment of the non-ferrous metals and non-polymorphic steels - Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she knows and is able to determine the deformations after the heat treatment, to design and formulate suitable recommendations for the methods of eliminating the deformations after the heat treatment - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials;
  • He/she has summary knowledge and is able to the procedures of the powder metallurgy technology - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Progressive Materials and Technologies in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she has summary knowledge and is able to design a suitable atmosphere for the heat treatment of a component - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Progressive Materials and Technologies in Specialisation;  Technological Level and Product Quality; Assessing the Properties of Materials; Scientific Work 1 - 4;
  • He/she is able to assess the quality of the powders, he knows the products and production technologies of the powder metallurgy - Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Project 1 – 4; Scientific Work 1 - 4;

The knowledge in the area of simulating and modelling the technological processes – this knowledge and skills are achieved after passing the following subjects - Computer Simulation of Processes in Specialisation; Modelling the Technological Processes in Specialisation; Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Progressive Materials and Technologies in Specialisation;  Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;

  • He/she is able to create, formulate and assess the mathematical methods for solving the technological processes - Modelling the Technological Processes in Specialisation; Theory and Technology in Specialisation; Computer Simulation of Processes in Specialisation; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to formulate new strategies, to change the process and boundary conditions in the simulation programmes, he/she is able to implement the simulation software for new research and working procedures for the casting operations (the programme ProCAST), the welding processes (the programme Sysweld) and the forming processes (the programme Ansys) - Modelling the Technological Processes in Specialisation; Computer Simulation of Processes in Specialisation; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she has knowledge and is able to formulate new strategies in the multidisciplinary interface of the manufacturing processes - Modelling the Technological Processes in Specialisation; Computer Simulation of Processes in Specialisation; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she has summary knowledge and is able to adapt and innovate the technological processes (casting, welding, forming) on the basis of his/her findings and the analysis of the simulation results - Modelling the Technological Processes in Specialisation; Computer Simulation of Processes in Specialisation; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;

The knowledge in the area of forming processes – this knowledge and skills are achieved after passing the following subjects - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;

  • He/she is able to assess the forming theories at the physical and mathematical level, he/she knows and is able to create and formulate the conditions of the process of plastic deformation of the metals - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Dissertation Exam; Dissertation Thesis; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she has summary knowledge and is able to assess, explain and implement the parameterisation of the deformation processes, the changes of the shape and extent of the stress on the deformation zone, the analysis of forces, stresses and operations - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation;  Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to formulate new relations of the structure to the plastic deformation, temperature analysis, speed, deformation scheme of the deformation processes - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation;  Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to create new hypotheses for developing the knowledge and procedures of forming in the context of the scientific and technical progress - Methodology of Experimental and Scientific Creativity in Specialisation; Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Technological Level and Product Quality; Assessing the Properties of Materials; Modern Processing Technologies; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she knows and is able to create or adapt the designs and designs of the forming machines in the area of the mass production of components by the forming technologies and possibilities of optimising the known solutions in the manufacturing enterprises - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;

Skills:

  • He/she is able to influence the crystallisation processes of the metallurgical procedures that perform during cooling in the aluminium, magnesium, copper and zinc alloys, he/she is able to implement own findings to influencing the crystallisation processes of alloys with an emphasis on improving the mechanical, physical and other utility properties of the castings (by treating, modifying and alloying) - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to influence the development of the metallic inclusions; he/she is able to affect the solubility of the gases in the melts on the basis of the non-ferrous metals; he/she is able to implement the tools to influence the re-oxidising processes in the inlet system - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to create and implement suitable purifying and degassing methods of alloys/melts on the basis of aluminium, magnesium, copper and zinc - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Assessing the Properties of Materials;
  • He/she is able to implement new procedures of melting the aluminium, magnesium, copper and zinc alloys to the metallurgical processes – Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Computer Simulation of Processes in Specialisation; Scientific Work 1 – 4;
  • He/she is able to assess and check the quality of the melt and metallurgical processes on the basis of the chemical composition, temperature, content of oxides and non-metallic inclusions, the content of hydrogen, the level of treating and modification – Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to create and implement new hypotheses for assessing the technological tests in dependence on the cast material - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to design the thermal regimes for the heat treatment of the alloy casts - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to create new metallurgical procedures of producing the casts/materials - Theory and Technology in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to work out the technological procedure of casting and to implement the the cast methods for the particular type of casting – Modern Processing Technologies; Computer Simulation of Processes in Specialisation; Technological Level and Product Quality;
  • He/she is able to verify and create new strategies of the non-conventional methods of the casting processes - Modern Processing Technologies; Computer Simulation of Processes in Specialisation; Technological Level and Product Quality; Scientific Work 1 – 4;
  • He/she is able to implement and analyse the steps of producing a cast by the casting process for a reducible model in the context of the whole manufacturing process, he/she is able to explain the procedures of the quality inspection of accurate castings - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to implement own findings to the casting technology during performing increased forces - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to verify the basic methods of the Rapid Prototyping Method (Stereolithography, Selective Laser Sintering, Fused Deposition Modelling, Laminated Object Manufacturing, Jetted Photopolymer, Solid Ground Curring) and is able to assess the suitability of utilising these methods in the foundry industry - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to implement the thermal and physical procedures in the system cast – form - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to implement and eliminate the phenomena accompanying the curring process of the casts in practice - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to implement and eliminate the stresses arising in the casts - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to analyse, reproduce and implement the basic metallurgical problems during the welding process - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to analyse the analysis of the heat and deformation cycles, metalographical analysis of the decomposition structures in the area influenced by heat - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; 
  • He/she is able to identify and implement the basic material of steel suitable for welding and to define its material, design and technological weldability - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to implement and design the individual methods of the fusion welding according to the fitness for purpose, he/she has summary knowledge and is able to design and practical utilise the relevant experimental methods - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; 
  • He/she is able to define the optimal technological parameters for the particular weldment - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; 
  • He/she is able to implement in practice (both qualitatively and quantitatively) the methods of analysing the macro- and micro-structures of the welded joints of the steels  aimed at the welded metal and the area affected by heat -  Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;  Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to analyse the data of the experimental activities, to describe, assess and document the performance of the heat cycles and performance parameters of the arc welding processes and to create a technical report both independently and in a team - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Modern Processing Technologies; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to analyse, reproduce and create the basic procedures for designing and producing the steel structures, he/she knows and is able to define the basic materials, the additive materials and technologies utilised in the mechanical engineering practice - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Modern Processing Technologies;
  • He/she is able to implement the current technologies of welding the metallic materials by the arc and upset methods - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Modern Processing Technologies;
  • He/she is able to implement activities during implementing the quality system in the area of welding to practice - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Modern Processing Technologies;
  • He/she is able to analyse the non-destructive testing methods for the metallic joints, the tests of the mechanical properties of the welded joints, he/she is able to design a suitable scheme of certifying the staff in NDT and the staff participating in the welding process - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to implement  new procedures of mechanisation and automation of the welding processes - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; 
  • He/she is able to create the techno logical procedure of welding (pWPS) and in compliance with the appropriate legislation he/she is able to define the framework of testing and the criteria values for assessing the quality of the welded joints - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she is able to design the scientific/practical assumption for the technology of annealing the components, for the technology of hardening and tempering the components and for the technology of the isothermal heat treatment - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to design the scientific/practical assumption for the technology of the chemical and heat treatment - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 – 4;
  • He/she is able to define the heat treatment of the non-ferrous metals and non-polymorphic steels - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;  Modern Processing Technologies;
  • He(she is able to design and formulate suitable recommendations for the possible methods of eliminating the deformations after heat treatment in practice - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;  Modern Processing Technologies;
  • He/she is able to design a suitable atmosphere for the heat treatment of a component - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation;
  • He/she os able to implement new procedures and to design a suitable technology for producing a component - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; 
  • He/she is able to evaluate the quality of the powders, he/she knows the products and production technologies of the powder metallurgy - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Progressive Materials and Technologies in Specialisation; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; 
  • He/she is able to utilise the user interface of individual simulation programmes, he/she is able to change the process and random conditions in the simulation programmes, he/she is able to implement the simulation software for the casting processes (the programme ProCAST), the welding processes (the programme Sysweld) and the forming processes (the programme Ansys) - Modelling the Technological Processes in Specialisation; Computer Simulation of Processes in Specialisation; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to create technological diagrams, snaps, animations - Modelling the Technological Processes in Specialisation; Computer Simulation of Processes in Specialisation; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4; Dissertation Exam; Dissertation Thesis;
  • He/she is able to formulate new technological processes (casting, welding, forming)  on the basis of the simulation results - Modelling the Technological Processes in Specialisation; Computer Simulation of Processes in Specialisation; Theory and Technology in Specialisation; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to analyse the processes of forming from the physical and mathematical area, he/she is able to adapt the conditions of the process of the plastic deformation of metals - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation;  Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to assess and implement the parameterisation of the deformation processes, changes of the shape and ranges of the stress in the deformation zone, the analysis of forces, stresses and operations in practice - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to analyse the relations of the structure to the plastic deformation, the analyses of the heat, speed, deformation scheme for the deformation processes - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to implement and assess the relevant knowledge and procedures of forming in his/her further professional education and profiling - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is able to create or adapt the designs of the forming machines and tools in the area of forming, he/she is able to implement the knowledge in the area of the mass production of the components by the forming technologies and the possibilities of optimising the known solutions in the manufacturing enterprises, he/she knows and is able to adapt the design and technology of the forming machines and tools - Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Assessing the Properties of Materials; Modern Processing Technologies; Progressive Materials and Technologies in Specialisation;  Dissertation Project 1 – 4; Scientific Work 1 - 4;

Competences:

  • He/she is competent to coordinate and solve complex tasks in the areas of welding, casting, forming, the heat treatment and powder metallurgy (all profile subjects);
  • He/she is competent to search for, analyse and process information from various information sources and to implement the innovative solutions of the complex problems in practice through his/her independent way of thinking – the subjects - Special Treatises from Theoretical and Application Disciplines; Methodology of Experimental and Scientific Creativity in Specialisation; Dissertation Project 1 – 4; Scientific Work 1 - 4;
  • He/she is competent to implement the principles of the teamwork in the organisation, to work in teams and manage the teams - Scientific Work 1 - 4; Methodology of Experimental and Scientific Creativity in Specialisation;
  • He/she is competent to present the outputs  of the independent and team work and to defend the results of the activities in the framework of a critical discussion  about the results (all profile subjects; Dissertation Project 1 – 4; Dissertation Exam; Dissertation Thesis);
  • He/she is competent to create an environment that supports the development of innovations in the area of welding, casting, forming, the heat treatment and powder metallurgy (all profile subjects; Special Treatises from Theoretical and Application Disciplines; Theory and Technology in Specialisation; Technological Level and Product Quality; Dissertation Exam; Dissertation Thesis);
  • He/she is competent to analyse the selected problem using the methods and tools of the mechanical engineering technology through a critical, independent and analytical way of thinking (all profile subjects; Dissertation Exam; Dissertation Thesis);
  • He/she is competent to integrate the knowledge and to formulate the development of the scientific and technical progress (Dissertation Project 1 – 4; Scientific Work 1 – 4;  Dissertation Exam; Dissertation Thesis);

The professional ability is supported by adequate language skills that are achieved in the framework of the subject English Language for PhD Students I and II.

At the same time the graduate:

  • has the ability to analyse and solve problems;
  • has the ability of adaptability and flexibility in the area of thinking;
  • is independent in the area of organising and planning the activities;
  • has the ability of the analytical and practical way of thinking;
  • has the ability to motivate people, to work on a team and to lead people.

 

b Indicated professions for which the graduate is prepared at the time of completion and the potential of the study programme from the point of view of graduate's employability

Graduates of the doctoral study program Mechanical Technologies will find employment as top engineering specialists in the field of welding, casting, forming, heat treatment, in scientific research as research and scientific workers, and also as university teachers.

 According to SK ISCO-08_2020: STATISTICAL CLASSIFICATION OF EMPLOYMENT: https://www.slov-lex.sk/pravne-predpisy/prilohy/SK/ZZ/2020/449/20210101_5289809-2.pdf

 professions were identified as:

 Engineering specialist in research and development (2144001)

 Mechanical engineering specialist technologist (2144002)

 Mechanical specialist in quality (2144005)

 Production control engineering specialist (2144007)

 Metallurgical specialist in research and development (2146014)

 Metallurgical specialist technologist (2146015)

 Foundry Research and Development Specialist (2146017)

 Foundry specialist technologist (2146018)

 Foundry Quality Management Specialist (2146019)

 Foundry specialist designer (2146020)

 Foundry specialist metallurgist (2146021)

 Quality management specialist in metallurgy (2146013)

 Non-destructive testing specialist (2149004)

 3D material printing specialist (2149039)

 Welding coordinator (2144008)

 University assistant professor (2310003)

 University teacher (2310999)

c Relevant external stakeholders who have provided the statement or a favourable opinion on the compliance of the acquired qualification with the sector-specific requirements for the profession

The study program does not prepare for a profession that requires an opinion on the compliance of the obtained qualification with sector-specific requirements for the performance of the profession.

3. Employability
a Evaluation of the study programme graduates employability

A graduate of the Mechanical Technology program will be able to:

  • apply the theory of welding, casting, forming, heat treatment, to the processes of engineering practice,
  • apply the technology of welding, casting, forming and heat treatment in engineering practice,
  • design and apply metallurgy and casting technology for complicated and advanced castings,
  • apply the acquired knowledge from metallurgy to the development of new materials,
  • design and apply powder metallurgy methods for specific products,
  • specify and apply investment casting technologies for the production of castings with high precision,
  • use simulations in technological processes, forming, casting, welding and heat treatment,
  • apply production technology in the production of engineering products,
  • design and use appropriate additive technologies in engineering production,
  • distinguish the connections between individual production engineering technologies and the technological nature of production with regard to the economy and the effects on the environment,
  • understand the theories, methods and procedures of individual chipless technologies and is able to apply them in the field and in science and research,
  • demonstrate a thorough understanding of the underlying knowledge, theory and technology of engineering manufacturing, together with the ability to critically assess the full range of issues related to these manufacturing technologies,
  • analyze and understand technological, structural, material, economic, ecological and other processes in mechanical engineering with the possibility of application to all branches of mechanical engineering,
  • design, conceive, implement and maintain large-scale integrated solutions in engineering production for various types of applications,
  • manage the processes of changes in production technology, quality and economy from the point of view of the possibility of using new production technologies, adaptation and implementation of progressive engineering operations and procedures,
  • comprehensively solve projects that include problem identification, analysis, design and implementation of large-scale solutions of engineering systems and activities together with testing and adequate documentation, with the application of individual aspects of quality as well as their impact on the environment,
  • work effectively as an individual, as a team member and as a team leader,
  • identify mechanisms for continuous own professional development and learning,
  • keep in touch with progress in your discipline,
  • present and communicate work results during solving the projects and other activities,
  • follow appropriate practices in accordance with the professional, legal and ethical framework of the discipline.

Graduates of the doctoral study program Mechanical Technologies will find employment mainly as mechanical engineering specialists (e.g. mechanical engineering specialist, technologist, mechanical engineering specialist in welding, casting, forming, heat treatment, etc.); in the field of materials testing (e.g. specialist in destructive and non-destructive tests); a specialist in production quality management (e.g. engineering specialist in production management, quality management specialist, etc.); engineering specialist in the field of research and development (e.g. specialist in welding, casting, metallurgist, process engineer of welding, forming, heat treatment, casting, in research and development, researcher - e.g. in a research institute, academy of sciences, university, etc. .).

Based on labor market trends, study programs focused on engineering technologies and materials make it easier for graduates of the field of education to find employment. Graduates of the given field of education are among the 9% of the best employed graduates.

The overall rating of 91% expresses the application of graduates of the field of education in terms of wages, work in the field, employment and future prospects: https://www.trendyprace.sk/sk/absolventi/moje-trendy/odbory-vzdelania?id=664

The applicability of Technical Materials graduates in industrial practice is 100% (source: Schedule of subsidies from the VVŠ state budget for 2021 (www.minedu.sk: https://www.minedu.sk/rozpis-dotacii-zo-statneho-rozpoctu-verejnym-vysokym-skolam-na-rok-2021 / table no. 2. application of graduates).

b Successful graduates of the study programme

Graduates of the doctoral study program Mechanical Technology in the last 6 years:

Kuriš Michal - 2021 - Influence of AlSi7Mg0.3Cu0.5 alloy by zirconium, titanium and strontium with an emphasis on increasing of the casting mechanical properties - Thesis supervisor: Dana Bolibruchová

ADC

Kasińska, J., Matejka, M., Bolibruchová, D., Kuriš, M., Širanec, L.. 2021. Effect of returnable material in batch on hot tearing tendency of AlSi9Cu3 alloy. In: Materials. ISSN 1996-1944. Year 14, no. 7, p. 1-15.

Martinec Denis - 2021 - Evaluation of foundry properties of aluminum alloys using squeeze casting technology - Thesis supervisor: Richard Pastirčák

ADC

Brůna, M., Galčík, M., Sládek, A., Martinec, D. 2021. Possibilities of bifilm amount reduction in Al castings by gating system design optimization. In: Archives of Metallurgy and Materials. ISSN 1733-3490. Year 66, no. 2, p. 549-559.

Šutka Jozef - 2021 - Increasing the service life of forming tools by welding - Supervisor: Ján Moravec

ADM

Šutka, J., Koňár, R., Moravec, J., Petričko, L. 2021. Arc welding renovation of permanent steel molds. In: Archives of Foundry Engineering. ISSN 1897-3310. Year 21, no. 2, p. 35-40.

Harmaniak Daniel - 2020 - Study of the influence of the welding process on the change in the properties of TOO welded joints of steel S960MC - Supervisor: Miloš Mičian

ADC

Miloš, M., Winczek, J. Harmaniak, D., Koňár, R., Gucwa M., Moravec, J. 2021. Physical simulation of individual heat-affected zones in S960MC steel. In: Archives of Metallurgy and Materials. ISSN 1733-3490. Year 66, no. 1, p. 81-89.

Matejka Marek - 2020 - Study of the effect of multiple remelting of the AlSi9Cu3 alloy - Supervisor: Dana Bolibruchová

ADC

Kasińska, J., Bolibruchová, D., Matejka, M. 2020. The influence of remelting on the properties of AlSi9Cu3 alloy with higher iron content. In: Materials. ISSN 1996-1944. Year 13, no. 3, p. 1-13.

Remišová Anna - 2020 - Study of reoxidation processes and evaluation of their influence on the properties of castings from AlSi alloys - Thesis supervisor: Augustin Sládek

ADC

Brůna, M., Bolibruchová, D., Pastirčák, R., Remišová, A. 2019. Gating system design optimization for investment casting process. In: Journal of Materials Engineering and Performance. ISSN 1059-9495. 28, no. 7, p. 3887-3893.

Boháčik Michal - 2019 - Inspection of welded joints and castings by innovative volume techniques of NDT testing - Thesis supervisor: Miloš Mičian

ADC

Koňár, R., Mičian, M., Boháčik, M. Gucwa, M. 2019. Identification of lack of fusion and incomplete penetration in butt weld joint by ultrasonic phased array method and X-ray method. In: Archives of Metallurgy and Materials. ISSN 1733-3490. Year 64, no. 3, p. 1117-1124.

Vicen Martin - 2019 - Evaluation of tribological properties of thin layers on heat-treated steel 100Cr6 - Thesis supervisor: Peter Fabian

Varecha, D., Bronček, J., Kohár, R., Nový, F., Vicen, M., Radek, N.. 2021. Research of friction materials applicable to the multi-disc brake concept. In: Journal of Materials Research and Technology. ISSN 2238-7854. 14, p. 647-661.

Podprocká Radka - 2018 - Possibilities of affecting a higher amount of iron in the secondary Al-Si-Mg alloy with manganese - Thesis supervisor: Dana Bolibruchová

ADC

Matejka, M., Bolibruchová, D., Podprocká, R..2021. The influence of returnable material on internal homogeneity of the high-pressure die-cast AlSi9Cu3(Fe) alloy. In: Metals. ISSN 2075-4701. 11, no. 7, p. 1-14.

Ščury Ján - 2018 - Influence of technological parameters on the morphology of solidification during crystallization under pressure - Thesis supervisor: Richard Pastirčák

ADC

Pastirčák, R., Ščury, J. 2017. Effect of pressure on the crystallization of AlSi7Mg alloy. In: Archives of Metallurgy and Materials. ISSN 1733-3490. Year 62, no. 4, p. 2193-2198.

Nigrovič Rastislav - 2018 - Selected technological aspects of laser cutting of structural materials - Supervisor: Jozef Meško

ADC

Danielewski, H., Skrzypczyk, A., Hebda, M. Tofil, S., Witkowski, G., Długosz, P., Nigrovič, R. 2020. Numerical and metallurgical analysis of laser welded, sealed lap joints of S355J2 and 316L steels under different configurations. In: Materials. ISSN 1996-1944. 13, no. 24, p. 1-22.

Faturík Martin - 2017 - The use of ultrasonic defectoscopy in the testing of welded joints of polyethylene gas pipelines - Thesis supervisor: Miloš Mičian

ADM

Faturík, M., Mičian, M., Koňár, R. 2016. Ultrasonic identification of weld defects made by electrofusion welding on plastic pipelines. In: Manufacturing technology: journal for science, research and production. ISSN 1213-2489. Vol. 16, no. 1, p. 76-81.

Jankejech Peter - 2016 - Parameter optimization for heat treatment of induction bents made from API X70M - Supervisor: Peter Fabian

ADN

Bronček, J., Jankejech, P., Fabian, P., Radek, N. 2015. Influence of mechanical anisotropy in low carbon microalloyed steel. In: Communications: scientific letters of the University of Žilina. - ISSN 1335-4205. - Vol. 17, no. 3, p. 25-30.

c Evaluation of the study programme quality by employers (feedback)

 

4. Structure and content of the study programme
a Rules for the design of study plans within the study programme

The Mechanical Technology study program takes into account the main mission, but also the goals set by the Faculty of Mechanical Engineering of the University of Žilina in Žilina in the field of science and research (from page 17 in the Long-Term Plan of SjF UNIZA) and especially in the field of education (from page 11 in the Long-Term Plan of SjF UNIZA). https://www.fstroj.uniza.sk/images/fstroj/pdf/DlhodobyZamer/DZ_SjF_UNIZA_2021_2027.pdf

The study program was formed/innovated in the intentions of the development trends of such focused study programs in Europe and the world, taking into account the attractiveness for high school students. At the same time, it was created in accordance with the needs of practice, and therefore one of the main points of view when designing profile subjects was the aspect of applicability of knowledge and competences in real practice.

In terms of the objectives (p. 11 of the Long-term plan of SjF UNIZA), the study program of Engineering Technology and its study plan were compiled in such a way that students are involved in solving science and research tasks at SjF UNIZA (e.g. projects VEGA, APVV, Grant system UNIZA, KEGA etc.); that students' independence, autonomy and responsibility for their education are supported, while respecting the diversity of students and their needs; and at the same time so that students during their studies on this study program can also complete a part of their studies abroad (e.g. within the framework of ERASMUS+, NSP programs, etc.), in which the department providing the SP and SjF UNIZA have rich experience and a wide network of partner universities.

The ensuring workplace carries out continuous research activities in the field of study at the national and international level. From the point of view of the transformation of the outputs in both the pedagogical and scientific research areas, in this context we can especially mention cooperating workplaces - e.g. development institute Nemak, Linz Austria, Akademia görnizco hutnicza Krakow,, Polytechnic Czestochowa, Polytechnic Silesia, Polytechnic Swietokrzyska, Polytechnic Gliwice, Polytechnic Lódzska, Academy of Sciences Poland - Katowice Branch, Czech Technical University Prague, BUT Brno, TU VŠB Ostrava, TU Pardubice, ZČU Pilsen, Sieć Badawcza Łukasiewicz - Krakowski Instytut Technologiczny, Politechnika Rzeszow, etc.

As part of the cooperation, exchange internships of workers, students and doctoral students are implemented, joint book publications, scientific and professional articles are published, international projects are implemented and prepared, and projects are solved within the framework of bilateral scientific and research cooperation. Together with AGH Kraków and TU VŠB Ostrava, it has been organized since 1993 international scientific conference of Polish, Czech and Slovak casters WSPÓLPRACA-SPOLUPÁCE-SPOLUPRÁCA.

Profile subjects of the study program (compulsory or mandatory optional) are set so that the student, after completing them, acquires knowledge or skills that are essential for completing the doctoral study program in Mechanical Technologies. Profile subjects represent the theoretical and methodological basis in the relevant field of education - i.e. j. in the field of engineering technologies and materials. Research of new materials and technologies; testing and testing of modern advanced materials intended for applications (not only) in the transport industry in order to use the boundary properties of materials in all areas of their applications; development, research and modeling of the useful properties of materials and new methods of evaluating the resistance of materials to mechanical, physical and chemical stress is one of the supporting directions of SjF.

In accordance with the Dublin descriptors and at the same time in accordance with the national qualification framework, graduates of the doctoral program in Mechanical Technology will obtain the 8th level of qualification (SKKR 8).

Detailed rules for creating study plans in the study program are described in the UNIZA guideline no. 203 - Rules for creating recommended study plans of SP at the University of Žilina in Žilina: hhttps://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-203-en.pdf

In the framework of harmonisation with the VSK UNIZA formalised processes this programme was worked out and submitted in compliance with the Directive No. 222, article 16, items 4, 5 and 9. According to the Directive No. 204 it is subordinated to the SAAVŠ standards from the study programme (part 4) - articles 10 and 11.

In the whole process the persons assessing and approving the study programme (an authority from practice, Scientific Council of Faculty of Mechanical Engineering and UNIZA Accreditation Council) are not the same as those preparing the study programme proposal for harmonisation. The nomination of the members to individual structures is recorded in the minutes from meetings from the Dean´s Collegium a individual members were appointed by the Dean of the Faculty of Mechanical Engineering. The lists of the members of the individual structures are known and accessible at: https://www.fstroj.uniza.sk/index.php/akreditacia/studijne-programy/phd  (in Slovak) and  https://www.fstroj.uniza.sk/index.php/en/education/studies/study-programs-ph-d

At the university level the Directive No. 222 defines the policies, structures and processes connected with the complex internal quality management system regarding to the fulfilment of the missions and aims of UNIZA and the achievement of the missions and aims of UNIZA and creating harmony with the VSK UNIZA with the SAAVŠ standards. The internal quality management system at UNIZA - https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-222-en.pdf  is as follows:

  • The policies: Directive No. 222, article 7;
  • The structures: Directive No. 222, article 10; Directive No. 210 - Statute of UNIZA Accreditation Council; Directive No. 214 - Structures of Internal Quality Management;
  • The processes: Directive No. 222, article 16.

Except for the aforementioned Directive No. 222 the following Directive No.s define further procedures connected with the proposal of the new study programme or proposal of adaptation of the study programme:

b Recommended study plans for individual study paths

Detailed rules for creating study plans in the study program are described in the UNIZA guideline no. 203 - Rules for creating recommended study plans of SP at the University of Žilina in Žilina: https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-203-en.pdf

Mechanical engineering study program: the recommended study plan and standard length of study are regulated according to the Higher Education Act. In accordance with the study regulations of the faculty, the study program complies with the rules of the European system of transfer and collection of credits and the student's workload for the academic year. Follows the set workload expressed by the number of hours of contact teaching together with all the activities necessary to prepare and pass the subject. For individual subjects, the number of credits was determined in such a way that they take into account the difficulty of the subject in terms of the specific subject area and the method of completion of the subject. Subjects within the recommended study plan enable the achievement of specified educational outcomes.  

c The study programme, in the structure of compulsory, compulsory optional and optional courses
Profile courses of the relevant study path (specialization) within the study programme - Appendix 1
d Number of credits, the achievement of which is a condition for proper completion of studies
180
Other requirements that the student must meet within the study programme and for its proper completion, including the requirements for state examinations, rules for re-study and rules for the extension, interruption of study

The structure of the doctoral study program Mechanical Technologies from the point of view of content as well as from the point of view of the number of credits obtained meets the requirements arising from the description of the study field of Mechanical Engineering. The number of credits assigned to the subjects forming the core of the study field is 180 out of 180 credits, i.e. j. the proposed composition of compulsory and compulsory optional subjects of the study program fulfills 100% agreement with the core knowledge of the department.

The representation and structure of other proposed mandatory, mandatory elective and optional subjects creates conditions for a deeper profiling of doctoral degree graduates.

Proper completion of studies is governed by Directive no. 110 Study regulations for the third degree of university studies at the University of Žilina in Žilina: https://www.fstroj.uniza.sk/images/pdf/smernice/S_110.pdf in PART III as follows:

Dissertation:

Art. 10: Application for permission to defend dissertations

  1. The doctoral student submits an application to the dean for permission to defend the dissertation in accordance with the study schedule, if he has obtained the prescribed number of credits. In exceptional cases, the dean/in the case of university-wide study programs, the rector will determine in writing an alternative deadline for the doctoral student to submit an application for permission to defend the dissertation so that the study does not exceed its standard length determined by the accredited study program in the field of study by more than 2 years.

 

  1. The doctoral student shall attach to the application:

         a) dissertation in written form in four copies,

         b) auto-abstract of the dissertation in written and electronic form (Article 11),

         c) supervisor's review on the dissertation, which mainly includes an assessment of the doctoral student's contribution to the acquisition of new knowledge in                 science, the possibilities of their use and the characteristics of the doctoral student,

         d) opinion of the department/university-wide workplace or external educational institution, prepared on the basis of the internal defense of the dissertation,

         e) a list of published works with full bibliographic data and unpublished scientific works or public and private exhibitions of works of art and performances of the doctoral student as well as their responses,

         f) justification of the differences between the original and submitted dissertation, if the doctoral student submits a new dissertation after an unsuccessful defense in the same doctoral study program,

         g) confirmation of the submission of the dissertation in electronic form to the Record of Final Thesis (EZP),

         h) originality control protocol,

         i) completed and signed "License Agreement on the use of school work.

Art. 15: Defense of the dissertation

The dissertation together with its defense form one subject. The defense of the dissertation is a state exam and in the standard length of study, the doctoral student must complete it no later than the last month of the last academic year of his standard length of study. The defense of the dissertation in the above-standard length of study must take place no later than two years after the end of the standard length of study). During this period, a doctoral student in the full-time form of doctoral studies is not entitled to a scholarship, he continues to fulfill his duties at his place of work and pays tuition for the extra-standard length of study.

(2) The dean ensures that the defense of the dissertation takes place within the set deadline.

(3) The chairman of the defense commission will send the opponent's reviews to the opponents, members of the commission, including the supervisor, the doctoral student and the department or the external educational institution that published the topic.

(4) The defense of the dissertation is public, in exceptional cases the dean/in the case of university-wide study programs the rector can declare it non-public; if its public defense would endanger a secret protected by a special law.

(5) The defense of the dissertation takes place in the form of a scientific debate. The doctoral student will present the content of his dissertation, results and benefits. Opponents will present their opinions, on which the doctoral student will take a position. The discussion verifies the correctness, justification and scientific originality of the knowledge contained in the dissertation.

(6) The defense can only be held in the presence of at least two thirds of the number of members of the defense commission entitled to vote, including at least two opponents, while at least one member of the commission must be from a workplace outside UNIZA. In case topic 4. Structure and content of the study program was announced by an external educational institution, a committee member from this external educational institution must be present.

(7) If, for serious reasons, the doctoral student is unable to participate in the defense at the appointed time, he must apologize in advance to the dean and also to the chairman of the defense committee. In such a case, the dean, in agreement with the chairman of the defense committee, will determine an alternative date for the defense and notify its participants.

(8) After the end of the defense, a closed session of the commission is held, in which its members, including the opponents and the trainer, will participate. At a closed session, the course and result of the defense and the possibility of using the results of the dissertation in practice will be evaluated. At the same time, the committee and the opponents will decide in a secret vote whether the committee proposes to award the doctoral student an academic title. Subsequently, the committee evaluates the defense of the dissertation with a grade, while the classification is carried out according to the classification scale, which consists of six classification levels:

Grade Word classification and its definition Range of knowledge (%) Numeric value
A

Excellent (excellent results)

93 - 100 1
B

Very good (above average results)

85 - 92 1,5
C

Good (average results)

77 - 84 2
D

Satisfactory (acceptable results)

69 - 76 2,5
E

Sufficient (results meet minimum criteria)

61 - 68 3
FX

Insufficient (further work required)

less than 61 4

In case the committee decides not to award an academic degree, the evaluation of the defense is FX.

(9) The presence of at least two-thirds of the members of the defense commission, including at least two opponents, is required for a valid decision on the outcome of the dissertation defense. In order to successfully complete the defense of the dissertation, the doctoral student must obtain a majority of the positive votes of the present members of the committee for the defense of the dissertation and opponents.

(10) Minutes are written about the defense, which are signed by the chairman of the commission for the defense, the members of the commission present and the opponents.

(11) The chairman of the defense commission will announce the result of the vote with justification to the doctoral student and other participants present at its public session.

(12) The proposal for awarding or not awarding an academic title to a doctoral student together with the minutes and file material of the doctoral student shall be submitted by the chairman of the defense commission to the dean/in the case of university-wide study programs to the rector. (13) The dean/in the case of university-wide study programs, the rector will determine in writing an alternative date for the defense of the dissertation in the same study program to a doctoral student who, based on the result of the dissertation defense or due to his unjustified non-participation in the defense, the defense committee has proposed not to award an academic degree.

(14) The defense of the dissertation can be repeated only once, no later than two years from the end of the standard length of study. (15) The public part of the dissertation defense is considered public even if the faculty/university-wide workplace ensures its public direct transmission, or during a crisis situation, it will make its audio recording available to the public for listening in the premises of the faculty/university-wide workplace for three months from the end of the crisis situation.

(16) In times of crisis, the defense of the dissertation can be conducted via video conference or other means of information and communication technology without physical presence.

Art. 16: Deciding on the award of an academic title.

(1) After a positive assessment of the thesis defense committee's proposal for awarding or not awarding the academic title "Doctor" or "Doctor of Arts" to a graduate of doctoral studies, the dean shall submit to the rector the documents on completion of the studies. (2) The academic title "doctor" ("philosophiae doctor", abbreviated "PhD.") is awarded by UNIZA with effect from the day of the successful defense of the dissertation.

(3) The dean shall send the doctoral student a written notice of the granting or non-granting of the academic title.

Art. 17: Proof of graduation.

(1) Evidence of completion of a doctoral study program in a field of study is a university diploma, a certificate of state examination and an addendum to the diploma.

(2) As a rule, the dean will hand over the documents of completion of studies to the doctoral student at the graduation ceremony, organized according to the traditions and customs of UNIZA. In times of crisis, documents can be submitted in an alternative way.

In case the committee decides not to award an academic degree, the evaluation of the defense is FX.

(9) The presence of at least two-thirds of the members of the defense commission, including at least two opponents, is required for a valid decision on the outcome of the dissertation defense. In order to successfully complete the defense of the dissertation, the doctoral student must obtain a majority of the positive votes from the present members of the committee for the defense of the dissertation and opponents.

(10) Minutes are written about the defense, which are signed by the chairman of the commission for the defense, the members of the commission present and the opponents.

(11) The chairman of the defense commission will announce the result of the vote with justification to the doctoral student and other participants present at its public session.

(12) The proposal for awarding or not awarding an academic title to a doctoral student together with the minutes and file material of the doctoral student shall be submitted by the chairman of the defense commission to the dean/in the case of university-wide study programs to the rector. (13) The dean/in the case of university-wide study programs, the rector will determine in writing an alternative date for the defense of the dissertation in the same study program to a doctoral student who, based on the result of the dissertation defense or due to his unjustified non-participation in the defense, the defense committee has proposed not to award an academic degree.

(14) The defense of the dissertation can be repeated only once, no later than two years from the end of the standard length of study. (15) The public part of the dissertation defense is considered public even if the faculty/university-wide workplace ensures its public direct transmission, or during a crisis situation, it will make its audio recording available to the public for listening in the premises of the faculty/university-wide workplace for three months from the end of the crisis situation.

(16) In times of crisis, the defense of the dissertation can be conducted via video conference or other means of information and communication technology without physical presence.

Art. 16: Deciding on the award of an academic title.

(1) After a positive assessment of the thesis defense committee's proposal for awarding or not awarding the academic title "Doctor" or "Doctor of Arts" to a graduate of doctoral studies, the dean shall submit to the rector the documents on completion of the studies. (2) The academic title "doctor" ("philosophiae doctor", abbreviated "PhD.") is awarded by UNIZA with effect from the day of the successful defense of the dissertation.

(3) The dean shall send the doctoral student a written notice of the granting or non-granting of the academic title.

Art. 17: Proof of graduation.

(1) Evidence of completion of a doctoral study program in a field of study is a university diploma, a certificate of state examination and an addendum to the diploma.

(2) As a rule, the dean will hand over the documents of completion of studies to the doctoral student at the graduation ceremony, organized according to the traditions and customs of UNIZA. In times of crisis, documents can be submitted in an alternative way.

In case the committee decides not to award an academic degree, the evaluation of the defense is FX.

(9) The presence of at least two-thirds of the members of the defense commission, including at least two opponents, is required for a valid decision on the outcome of the dissertation defense. In order to successfully complete the defense of the dissertation, the doctoral student must obtain a majority of the positive votes from the present members of the committee for the defense of the dissertation and opponents.

(10) Minutes are written about the defense, which are signed by the chairman of the commission for the defense, the members of the commission present and the opponents.

(11) The chairman of the defense commission will announce the result of the vote with justification to the doctoral student and other participants present at its public session.

(12) The proposal for awarding or not awarding an academic title to a doctoral student together with the minutes and file material of the doctoral student shall be submitted by the chairman of the defense commission to the dean/in the case of university-wide study programs to the rector. (13) The dean/in the case of university-wide study programs, the rector will determine in writing an alternative date for the defense of the dissertation in the same study program to a doctoral student who, based on the result of the dissertation defense or due to his unjustified non-participation in the defense, the defense committee has proposed not to award an academic degree.

(14) The defense of the dissertation can be repeated only once, no later than two years from the end of the standard length of study. (15) The public part of the dissertation defense is considered public even if the faculty/university-wide workplace ensures its public direct transmission, or during a crisis situation, it will make its audio recording available to the public for listening in the premises of the faculty/university-wide workplace for three months from the end of the crisis situation.

(16) In times of crisis, the defense of the dissertation can be conducted via video conference or other means of information and communication technology without physical presence.

Art. 16: Deciding on the award of an academic title.

(1) After a positive assessment of the thesis defense committee's proposal for awarding or not awarding the academic title "Doctor" or "Doctor of Arts" to a graduate of doctoral studies, the dean shall submit to the rector the documents on completion of the studies. (2) The academic title "doctor" ("philosophiae doctor", abbreviated "PhD.") is awarded by UNIZA with effect from the day of the successful defense of the dissertation.

(3) The dean shall send the doctoral student a written notice of the granting or non-granting of the academic title.

Art. 17: Proof of graduation.

(1) Evidence of completion of a doctoral study program in a field of study is a university diploma, a certificate of state examination and an addendum to the diploma.

(2) As a rule, the dean will hand over the documents of completion of studies to the doctoral student at the graduation ceremony, organized according to the traditions and customs of UNIZA. In times of crisis, documents can be submitted in an alternative way.

e For individual study plans, the institution states the requirements for completing the individual parts of the study programme and the student's progress within the study programme in the given structure
number of credits for compulsory courses required for proper completion of studies/completion of a part of studies 1 r.: 35.0, 2 r.: 60.0, 3 r.: 60.0,
number of credits for compulsory optional courses required for the proper completion of studies/completion of a part of studies 1r.:30, 2r.0.03.r.0.0
number of credits for optional courses required for the proper completion of studies/completion of a part of studies is not relevant
number of credits required for the completion of studies/completion of a part of the studies for the common foundations and for the relevant specialization, in the case of a teaching combination study programme or a translation combination study programme is not relevant
number of credits for the final thesis and the defense of the final thesis required for the proper completion of studies 15
number of credits for professional practice required for the proper completion of studies/completion of a part of studies is not relevant
number of credits required for the proper completion of studies/completion of a part of the studies for project work with the indication of relevant courses in engineering study programmes 75: Dissertation project 1, Dissertation project 2, Dissertation project 3, Dissertation project 4, Dissertation thesis
number of credits required for the proper completion of studies/completion of a part of the studies for artistic performances in addition to the final thesis in art study programmes is not relevant
f Rules for the verification of learning outcomes, students’ assessment and the possibilities of appealing against the assessment

At the UNIZA level, the processes, procedures and structures for the verification of educational outcomes and student evaluation and the possibility of corrective procedures for this evaluation are defined by Directive No. 110 Study regulations for the third degree of university studies at the University of Žilina in Žilina: https://www.fstroj.uniza.sk/images/pdf/smernice/S_110.pdf, Article 5 Credit system of doctoral studies and evaluation of study results.

Credit system of doctoral studies and assessment of study results:

(1) The credit system is applied in both forms of doctoral study in accordance with the approved credit system of the faculty/university-wide workplace.

(2) Credits are numerical values ??assigned to subjects, expressing the amount of work required to acquire the prescribed educational results. The standard load of a student for the entire academic year in full-time study is expressed by the number of 60 credits, 30 credits per semester and 20 credits per trimester. The standard load of a student for the entire academic year in an external form of study is expressed by the number of no more than 48 credits, depending on the standard length of study of the relevant study program and the number of credits required for its proper completion.

(3) During his studies, a doctoral student generally receives credits for the following activities:

  1. a) attending specialized doctoral lectures and seminars according to the study plan of the doctoral student,
  2. b) successfully passing the dissertation exam,
  3. c) pedagogic activity in the form of daily study in the scope of no more than 4 hours per week; in the external form of study, the obligation to deliver elective lectures and the performance of other professional activities,
  4. d) independent activity in the field of scientific research and pedagogy (publishing with an emphasis on outputs in high-impact journals, included in international indexed databases, active co-investigation of scientific tasks, etc., management of ŠVOČ theses, final theses of bachelor's studies, etc.),
  5. e) acceptance of the dissertation for defense.

(4) The activities referred to in par. 3 are mutually irreplaceable.

(5) Credit system and number of credits for individual activities according to par. 3 is approved by the scientific council of the faculty/in the case of university-wide study programs, the Scientific Council of UNIZA.

(6) The credit system of the faculty/university-wide workplace determines the number of credits that the doctoral student must obtain for:

  1. a) progression to the next year of study,
  2. b) registering for the dissertation exam,
  3. c) submitting an application for permission to defend a dissertation,
  4. d) recognition of other activities according to the doctoral student's individual study plan.

(7) If the doctoral student completed a part of his studies at a training institution other than the designated one (e.g. abroad), the credits obtained at this institution are counted in full, if he was sent to this institution as part of his study plan, and if they are for credit systems of the sending and receiving workplace compatible, or determined in advance (transfer of credits).

(8) If there is a change in the study program in the field of study, the credits earned up to that point can be recognized for the doctoral student, if it is in accordance with his new study plan.

(9) The dean/in the case of university-wide study programs, the rector decides on the transfer or the granting of credits (according to paragraph 7).

(10) Forms of verification of acquired knowledge, skills and competences during studies are determined by the study plan of the doctoral student and the annual evaluation of the doctoral student. subject information sheet (conditions for passing the subject). The verification of the acquired knowledge, skills and competences of the study part is usually verified by an oral exam. Methods and forms are given in the information sheets of the subjects.

The evaluation of the doctoral student's study results results from the evaluation of the fulfillment of the doctoral student's study plan:

  1. The doctoral student's study plan is developed as an individual study plan.
  2. The doctoral student's study plan consists of a study part that ends with a dissertation exam, a scientific part and a defense of the dissertation. If it is a doctoral student who is registered for a dissertation topic listed by an external educational institution, part of the agreement of the faculty/university-wide workplace with this institution is also where and in what way the study part of the plan, pedagogical and other professional activities of the doctoral student will take place.
  3. The study part of the doctoral student's study plan mainly consists of participation in lectures, seminars and individual study of professional literature in individual years of study according to the focus of the dissertation, for which the supervisor allocates credits in accordance with the credit system of the study.
  4. The individual study plan of the doctoral student contains a list of subjects, including a professional foreign language in the scope of two semesters, which the doctoral student must complete, a list of subjects for the dissertation exam selected from the list approved by the departmental committee, or by the working group or SOK and a list of mandatory and recommended literature that the doctoral student should study as part of his individual preparation for the dissertation exam. The doctoral student's individual study plan also contains the dates in which the doctoral student must complete individual subjects and the dissertation exam.
  5. The scientific part of the doctoral student's study plan consists of individual or team scientific work of the doctoral student, which is related to the topic of the dissertation. The scientific part of the doctoral student's study plan is professionally guaranteed by the supervisor.
  6. An integral part of the doctoral student's activities, prescribed in the study plan, is the active participation of the doctoral student in international conferences, especially those indexed in international databases (WOS, SCOPUS) and publication in scientific journals. It is recommended to include in the doctoral student's study plan the obligation to publish in at least one impact journal that has an assigned quartile in WOS.
  7. As a rule, an integral part of the doctoral student's activities in the daily form of study, prescribed in the study plan, is the active participation of the doctoral student in a foreign stay at the partner workplace of the doctoral student's training institution. It is recommended to include in the doctoral student's study plan the completion of a stay abroad lasting at least two months, or one semester.
  8. If a doctoral student in the full-time or external form of doctoral studies during the academic year grossly neglects the obligations arising from the individual study plan, the dean of the faculty/in the case of a university-wide workplace, the rector, based on the supervisor's proposal, after the approval of the union committee, or of the working group or SOK to exclude a doctoral student from doctoral studies (§ 66, paragraph 1, letter c) of the Law on Higher Education), while the decision on exclusion from studies takes effect on the day of delivery, or on the day of return of the parcel by post (§ 66 par. 2 Z o VŠ).

Completion of the subject is classified by grade. The grade expresses the result of the assessment in accordance with the aim and content of the subject, as well as the learning outcomes listed in the information sheet of the subject, as well as the student's ability to apply the acquired knowledge. The student must demonstrate competence, which is the result of a complex of knowledge, skills and attitudes acquired by the student through formal and informal education and informal learning in the course of gaining his own practical experience. Competencies together with knowledge and skills serve as structural characteristics of the learning outcomes for the subject.

The grade assessment is carried out according to the classification scale, which consists of six classification levels:

Grade Word classification and its definition Range of knowledge (%) Numeric value
A Excellent (excellent results) 93 - 100 1
B Very good (above average results) 85 - 92 1,5
C Good (average results) 77 - 84 2
D Satisfactory (acceptable results) 69 - 76 2,5
E Sufficient (results meet minimum criteria) 61 - 68 3
FX Insufficient (further work required) less than 61 4

The grade and verbal evaluation (A-FX) is used to record in the electronic study report (electronic index), the grade is entered by the examiner in AIVS no later than 24 hours after the exam with the date of the exam. A student will receive credits for a subject if his results have been graded with one of the grades from A to E.

Annual evaluation of the doctoral student:

No later than August 31 for the relevant academic year, the supervisor submits an annual evaluation of the fulfillment of the doctoral student's study program to the dean/in the case of university-wide study programs, to the rector, stating whether or not he or she recommends his/her continuation of studies. The supervisor evaluates the status and level of completion of the doctoral student's study program, compliance with deadlines, awards credits and, if necessary, submits a proposal to modify his individual study program. The dean/in the case of university-wide study programs, the rector decides on the basis of the annual evaluation of the doctoral student whether the doctoral student can continue his studies, as well as any changes in his study program.

Dissertation exam:

(1) A doctoral student in full-time doctoral studies registers for the dissertation examination as a rule within 12 months, but no later than 18 months from the date of registration for doctoral studies, a doctoral student in external form no later than 36 months from the date of registration for doctoral studies. The doctoral student is obliged to submit, together with the application form for the dissertation examination, a written work prepared for the dissertation examination. Failure of a doctoral student to meet the conditions for registering for a dissertation exam, or not submitting a written work for a dissertation exam within the set deadline without the prior approval of the head of the training institution, is grounds for his/her exclusion from studies.

(2) The written work for the dissertation exam consists of a dissertation project, containing an overview of the current state of knowledge on the given topic, an outline of the theoretical foundations of its future solution and an analysis of the methodological approach to solving the given issue. The written work for the dissertation exam will be evaluated by one opponent.

(3) The opponent of the written work for the dissertation exam is appointed by the dean of the faculty/in the case of university-wide study programs, the rector at the suggestion of the supervisor. Only an expert with an academic PhD degree can be an opponent. (or its older equivalent), or the scientific rank of DrSc., who does not work at the same faculty/university-wide workplace or the same external educational institution as the doctoral student and does not share publications with him.

(4) The dissertation examination consists of a part consisting of a discussion of the written work for the dissertation examination and a part in which the doctoral student must demonstrate theoretical knowledge in the specified subjects of the dissertation examination. Exams from individual subjects can also be taken by a doctoral student during the study part of the doctoral studies before the discussion on the written work for the dissertation exam at the suggestion of the supervisor with the approval of the chairman of the OK, or chairman of the working group or SOK. In such a case, the exam is held before the committee with the participation of the teacher of the subject, the trainer (in justified cases, a person authorized by him) and two other members without the presence of the opponent. Completion of individual subjects is evaluated with a grade, while the evaluation is carried out according to a classification scale made up of six classification levels. The examiner will enter the grade without undue delay in the exam protocol, in the study report and in the UNIZA electronic information system.

(5) The dissertation examination is held before the examination committee, whose chairman and members are appointed by the dean/in the case of university-wide study programs, the rector, based on the proposal of the chairman of the departmental committee, or chairman of the working group or SOK. The committee has at least four members, at least one of whom is not from the workplace where the doctoral student works. At least one member of the commission must have a scientific-pedagogical title of professor or must have a scientific-pedagogical title of docent and perform the function of a professor, or must perform the function of a visiting professor, or have the scientific rank of doctor of sciences, or must be a researcher with a recognized scientific qualification level I. or IIa. The other members of the commission must have an academic degree of PhD, or its older equivalent. The supervisor of the doctoral student is a member of the committee and participates in the dissertation examination without the right to vote on the outcome of the examination. The opponent is a member of the examination committee and has the right to vote when deciding on the outcome of the dissertation examination. If the opponent submitted a negative opinion, his participation is a condition for holding the dissertation exam. In the event that the topic was announced by an external educational institution, one member of the committee is from this external educational institution.

(6) For a valid decision on the result of the dissertation examination, the presence of the majority of the members of the examination committee is required, while the examiners of subjects that were not taken during the course of study must be present. If any of the examiners cannot participate in the exam for serious reasons, the dean/in the case of university-wide study programs, the rector will decide on his/her representation. The examination board decides on the result of the examination in a closed session. In order to successfully complete the dissertation examination, the doctoral student must receive an overwhelming majority of positive votes from the members of the examination committee present.

(7) The overall result of the dissertation examination is assessed comprehensively by the examination committee with the expression "passed" or "failed".

(8) Minutes are made of the dissertation examination, where at the end the committee will state its recommendation, or proposal to modify theses and the title of the dissertation. The minutes also include the opinion of the opponent of the written work. The minutes are signed by the chairman and the present members of the examination committee.

(9) The dissertation exam is one of the state exams and is public. The faculty/university-wide workplace will prepare a state examination certificate for the doctoral student, which will then be issued by UNIZA.

(10) If, for serious reasons, the doctoral student is unable to participate in the dissertation examination on the appointed date and apologizes in advance to the chairman of the examination committee, the chairman of the committee may assign him an alternative date. Withdrawal from the exam or unexcused absence of the doctoral student from the exam is evaluated with the expression "failed".

(11) A doctoral student who failed the examination may repeat the examination only once, at the earliest after the expiration of three months from the date of the unsuccessful dissertation examination on the date determined by the chairman of the examination committee. Repeated failure in the dissertation exam is grounds for expulsion from doctoral studies.

(12) The public part of the dissertation examination is considered public even if the faculty/university-wide workplace ensures its public direct transmission, or during a crisis situation, it will make its audio recording available to the public for listening in the premises of the faculty/university-wide workplace for three months from the end of the crisis situation.

(13) In times of crisis, the dissertation exam can be conducted via video conference or other means of information and communication technology without physical presence.

g Conditions for the recognition of studies or a part of studies

At the university level, changes during doctoral studies are defined by Directive no. 110: Study schedule for the 3rd degree of university studies at the University of Žilina in Žilina:

https://www.fstroj.uniza.sk/images/pdf/smernice/S_110.pdf, PART IV CHANGES DURING DOCTORAL STUDIES

Change of the study program in the field of study, change of supervisor

(1) A change of the study program in the field of study, supervisor or training workplace within UNIZA can be made during doctoral studies in justified cases, especially if this creates more favorable conditions for studying the doctoral student's study program.

(2) The dean of the faculty/in the case of university-wide study programs, the rector decides on the change of the study program in the field of study based on the written request of the doctoral student and after the statement of the supervisor. In the event that the topic was listed by an external educational institution, the dean/in the case of university-wide study programs, the rector will do so after the statement of the supervisor and the statutory representative of this external educational institution.

(3) The proportional part of the duration of the completed study program in the field of study before the change of the study program in the field of study is included in the duration of doctoral studies.

(4) When changing the study program in the field of study, the dean/in the case of university-wide study programs, the rector will decide on the recognition of the doctoral student's dissertation examination and the subjects of the study part completed before this change.

Interruption and termination of doctoral studies

(1) A doctoral student may, in both the standard and the extra-standard length of study, request that his doctoral studies be interrupted (even repeatedly) due to maternity leave, health reasons, due to his study stay abroad, which is not part of his individual study plan, or other serious reasons. During the interruption of studies, the doctoral student loses the rights and obligations of a student. The supervisor comments on the doctoral student's request to interrupt his studies.

(2) Interruption of studies is permitted by the dean/in the case of university-wide study programs, the rector. For a doctoral student who has applied for a dissertation topic listed by an external educational institution, he will do so only after a positive statement from the statutory representative of the external educational institution.

(3) As a rule, the total time of interruption of doctoral studies does not exceed 18 months. In special, justified cases, e.g. during the next maternity leave, the dean/in the case of university-wide study programs, the rector may decide to suspend doctoral studies for a longer period of time, but not more than 36 months.

(4) Doctoral studies end with the defense of the dissertation, or with leaving the study, failure to finish the study within the set deadline, expulsion from the study, cancellation of the study program in the field of study, death of the student.

h Topics of final theses of the study programme (or a link to the list)

The list of dissertation topics is available at: https://www.fstroj.uniza.sk/index.php/uchadzaci/moznosti-studia/doktorandskestudium.

i Rules for the assignment, processing, opposition, defence and evaluation of final theses in the study programme; list of the supervisors of final theses with the assignment to topics (indicating the contact details)

The rules for submitting, processing, opposing, defending and evaluating theses are defined in Directive no. 110 Study regulations for the third degree of university studies at the University of Žilina in Žilina: https://www.fstroj.uniza.sk/images/pdf/smernice/S_110.pdf. and Directive no. 215 About final, rigorous and habilitation theses under the conditions of the University of Žilina in Žilina: https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-215-en.pdf

The final thesis verifies the knowledge, skills and competencies that the student acquired during his studies and his ability to use them in solving tasks and specific problems related to the field of study. The final work is a dissertation in the third year of higher education.

By means of a dissertation, a student of the third degree of higher education demonstrates the ability and readiness for independent scientific and creative activity in the field of research or development or for independent theoretical and creative artistic activity. The work presents the results of scientific research and the application of research results in practice. The result of the dissertation should be the acquisition of new knowledge in the given issue. Scientific research is the process of acquiring new scientific knowledge and expanding the boundaries of human knowledge. The student must demonstrate a deep systematic understanding of the field of study, must demonstrate skills in research work and correctly apply scientific research methods. The student must prove that he himself carried out a substantial part of the research within the dissertation, that he outlined, constructed, realized, optimized it, and all this in an ethically clean manner.

Submission of the final thesis:

The topics of the final theses as well as their assignments are proposed by the individual training workplaces of UNIZA.

Theses topics can also be proposed by representatives of external partners from practice or students. These topics are the subject of discussion within the final training workplace and trade union committee, respectively. of the working group and are listed if these proposals correspond to the study program and professional focus of the training workplace. Subsequently, in the case of final theses, the accepted proposal of the topic can be assigned a supervisor from an external partner from practice and a consultant from the training workplace, an assignment will be prepared in the same form as for topics proposed by the training workplace.

Proposals for dissertation topics are listed and published on the official board of the website of the faculty, which also publishes the method and dates of students' registration for studies. The date of publication of dissertation topics is determined by the academic calendar of the training institution.

No later than two months before the last day for submitting applications for doctoral studies, the dean of the relevant faculty will list the topics of the dissertations that can be applied for as part of the admissions procedure. Dissertation topics on the proposal of supervisors after the prior approval of the chairman of the trade union committee, or the chairman of the working group or SOK is approved by the dean. If it is a topic listed by an external educational institution, it will also state the name of this institution. The name of the study program, the name of the supervisor, the form of study (full-time, part-time), the deadline for submitting applications and the date of the admission procedure are indicated for each listed topic. The topics of the dissertations together with the mentioned requirements are published on the official bulletin board and in a mass manner according to a special regulation.

Management and preparation of the final thesis:

Dissertation supervisors can be professors, associate professors and other experts approved by the Scientific Council of UNIZA or the scientific council of the faculty, if doctoral studies are carried out at the faculty. The supervisor specifies the solution to the topic of the final thesis, its scope, recommends study and information resources, guides the student in processing the topic, assesses the final thesis and the student's approach to the preparation of the thesis, also comments on the degree of originality of the final thesis in his written assessment and classifies the thesis.

The head of the department, where the topic was assigned, will designate an opponent for each final work, and if necessary, a consultant, specialist trainer or internal tutor. They will be appointed from the ranks of professors, docents, assistant professors working in the field of study, scientific research workers (also outside UNIZA) and important experts with the necessary practical qualifications. In the case of bachelor theses, opponents can also be doctoral students. The opponent of the final thesis assesses, evaluates and classifies the final thesis in his written assessment.

For assessment, evaluation and classification of dissertations, the dean of the faculty appoints, in the case of university-wide study programs, the rector, on the proposal of the chairman of the departmental committee, or the chairman of the working group of at least two opponents.

The requirements of the dissertation are governed by Directive no. 110 Study regulations for the third degree of university studies at the University of Žilina in Žilina: https://www.fstroj.uniza.sk/images/pdf/smernice/S_110.pdf), Art. 11:

The doctoral student submits a dissertation for defense in the Slovak language. With the written consent of the dean/in the case of university-wide study programs, the rector may submit a dissertation in a language other than Slovak. As a dissertation, a doctoral student can also submit his own published work or a set of his own published works, the content of which elaborates on the topic of the dissertation and corresponds to the theses (project) of the dissertation. If the doctoral student submits a set of his own publications, he will supplement it with a detailed introduction, in which he explains the current state of the issue, the goals of the dissertation and the conclusions that arose from solving the topic of the dissertation. If the attached publications are the work of several authors, the doctoral student shall also attach a statement of the co-authors on his authorship share.

The dissertation contains an introduction, a description of the objectives, an analysis of the current state of the issue at home and abroad, theoretical starting points, a detailed description of the procedures used (work methods, materials), achieved results, their evaluation, discussions and conclusions indicating what new knowledge is needed for the further development of science , techniques and practice the work brings, a list of used literature and appendices.

The training institution can issue its own methodology for the content of the dissertation.

If the dissertation is part of a collective work, the doctoral student will state his own results and put them in context with the results of other members of the collective in the discussion. An electronic or printed copy of the dissertation is archived in the University Library of UNIZA, including the abstract and the license agreement, in which the permitted level of publication is established.

Abstract of the dissertation:

The doctoral student prepares an auto-abstract of the dissertation (hereinafter referred to as "auto-abstract"), which is a brief summary of the results, contributions of the dissertation and data on its response. If the dissertation is a set of works, an exact list of them shall be given in the abstract. The abstract is in A5 format, while its scope is usually 20-30 pages and is submitted in the Slovak language. Part of the auto-abstract is a list of all published works of the doctoral student that are related to the researched issue and responses to them with precise bibliographic data, a list of used literature and an annotation in one of the following foreign languages: English, French, Spanish, German and Russian.

The self-report, reproduced in the required number of copies, will be distributed according to the instructions of the trade union committee, or of the working group or the SOK faculty/university-wide workplace where the defense will be held, no later than three weeks before the day of the defense to institutions and persons according to the customs of the faculty/university-wide workplace, sending in particular:

  1. a) opponent of the dissertation,
  2. b) a member of the trade union commission, or of the working group or SOK for the given field of doctoral study.

With the approval of the chairman of the trade union commission, or the chairman of the working group or SOK, the auto-report can be submitted in electronic form.

Opposing the dissertation:

The procedure and details are determined by Directive no. 110 Study regulations for the 3rd level of higher education studies at the University of Žilina in Žilina: https://www.fstroj.uniza.sk/images/pdf/smernice/S_110.pdf and Directive no. 215 About final, rigorous and habilitation theses under the conditions of the University of Žilina in Žilina: 

https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-215-en.pdf

Dissertation opponents and their opinions:

Dissertation opponents are appointed by the dean/in the case of university-wide study programs, the rector on the proposal of the chairman of the departmental committee, or chairman of the working group or SOK. Opponents are chosen from among experts in the issue being addressed. Each of the opponents must be from a different organization. There can be one opponent from the faculty/university-wide workplace where the doctoral student is studying.

The dissertation is assessed by at least two opponents. At least one opponent must have a scientific-pedagogical title of professor, or he must have a scientific-pedagogical title of docent and hold the position of professor, or he must have the scientific title of Doctor of Sciences, or he must be a researcher with a recognized scientific qualification level I. or IIa. Other opponents must have the scientific and pedagogical title of associate professor or hold the position of associate professor, they can be important experts in the position of visiting professor, employees with an academic PhD degree. (or its older equivalent), significant experts from practice with an academic PhD degree. (or its older equivalent).

The provisions of Art. 13 par. 4 (Directive No. 110). The opponent cannot be a family member of the doctoral student, his direct superior or subordinate in an employment relationship or a similar employment relationship, or a supervisor. In accordance with the established time schedule for the preparation of the defense of the dissertation, the opponent submits his written opinion to the dean/in the case of university-wide study programs, the rector and returns the dissertation. If the opponent cannot prepare the opinion, he will notify the dean of the faculty/in the case of university-wide study programs the rector within one week of receiving the appointment as an opponent.

If the opponent does not submit his assessment within the set deadline and does not do so even after receiving the reminder, the dean/in the case of university-wide study programs, the rector will invite him to return the dissertation and appoint a new opponent. The opponent's opinion contains an objective and critical analysis of the strengths and weaknesses of the submitted dissertation, is brief and does not repeat the content.

In the opinion, the opponent mainly expresses:

  1. To the topicality of the chosen topic.
  2. To fulfill the set goals of the dissertation.
  3. To the selected processing methods.
  4. To the achieved results, indicating what new knowledge the dissertation brings and where it was published.
  5. To benefit the further development of science, technology or art and for practice.

The final thesis further evaluates:

  1. Originality of work.
  2. Fulfillment of set goals.
  3. Level of analysis and mastery of the current state of knowledge of the given issue.
  4. The level of the practical/empirical part of the work.
  5. Solution procedure and methods used.
  6. Level of interpretation of results, level of drawn conclusions and proposed solutions.
  7. Practical applicability of results.
  8. Work structure.
  9. Used terminology and professional language level.
  10. Work with literature and bibliographic references.
  11. Graphic editing of work.
  12. Level of cooperation with the trainer and activity in the solution.

At the end, it will be clearly stated whether, based on the submitted dissertation, it proposes or does not propose the awarding of the academic title PhD. in the relevant study program in the field of study.

Defense of the dissertation:

Before submitting the application for permission to defend the dissertation, the doctoral student will conduct an internal defense at his workplace. The faculty/university-wide workplace determines the time schedule for the preparation of the dissertation defense from the submission of the application for permission to defend the dissertation to its completion.

The dissertation together with its defense form one subject. The defense of the dissertation is a state exam, and in the standard length of study, the doctoral student must complete it no later than the last month of the last academic year of his standard length of study. The defense of the dissertation in the above-standard length of study must take place no later than two years after the end of the standard length of study. During this period, a doctoral student in the full-time form of doctoral studies is not entitled to a scholarship, he continues to fulfill his duties at his place of work and pays tuition for the extra-standard length of study. The dean/in the case of university-wide study programs, the rector ensures that the defense of the dissertation takes place on the set date.

The chairman of the defense commission will send the opponent's opinions to the opponents, members of the commission, including the supervisor, the doctoral student and the department or external educational institution that published the topic. The defense of the dissertation is public, in exceptional cases the dean/in the case of university-wide study programs the rector can declare it non-public; if its public defense would endanger a secret protected by a special law.

The defense of the dissertation takes place in the form of a scientific debate. The doctoral student will present the content of his dissertation, results and benefits. Opponents will present their opinions, on which the doctoral student will take a position. The discussion verifies the correctness, justification and scientific originality of the knowledge contained in the dissertation. The defense can only be held in the presence of at least two thirds of the number of members of the defense committee entitled to vote, including at least two opponents, while at least one member of the committee must be from a workplace outside UNIZA. In the event that the topic was announced by an external educational institution, a committee member from this external educational institution must be present.

If, for serious reasons, the doctoral student is unable to participate in the defense on the appointed date, he/she shall apologize in advance in writing to the dean/in the case of university-wide study programs, the rector and also to the chairman of the defense committee. The dean/in the case of university-wide study programs, the rector, in agreement with the chairman of the defense committee, will in such case determine an alternative date for the defense and notify its participants. At a closed session, the progress and result of the defense and the possibility of using the results of the dissertation in practice will be evaluated. At the same time, the committee and the opponents will decide in a secret vote whether the committee proposes to award the doctoral student an academic title. Subsequently, the committee evaluates the defense of the dissertation with a grade, while the classification is carried out according to the classification scale, which consists of six classification levels:

Grade

Word classification and its definition

Range of knowledge (%)

Numeric value

A (excellent - excellent results)  

The dissertation is processed in an above-standard manner in terms of content and formality. The objectives of the work are consistently met and their fulfillment is supported by consistent argumentation. The solution is exceptional, innovative and realistic. Recommendations include innovative and creative ideas in the form of proposals that are suitable for practice

93 – 100

1

B (very good - above average results)

The dissertation is prepared at a very good level and there are no flaws in it. The objectives of the work are fulfilled. Recommendations are appropriate, identify potential opportunities and risks of implementation in practice.

85 – 92 1,5

C (good - average results)

The dissertation is processed in a standard way, minor flaws do not affect the results of the work. The objectives of the thesis are met, but a consistent argumentation is lacking. The theoretical analysis of the problem is partially supported by arguments and comparison. Recommendations are appropriate.

77 – 84 2

D (satisfactory - acceptable results)

The dissertation is completed satisfactorily. It contains significant flaws that do not affect the results of the work. The goals of the work are partially met. Recommendations are appropriate.

69 – 76 2,5

E (sufficient - results meet the minimum criteria)

The dissertation is processed in a satisfactory manner. Shows understanding of the topic, the assignment is incomplete. The solution is only proposed, but the conditions and benefits of implementation are not determined. There are no supporting arguments for the reality of the stated conclusions.

61 – 68 3

FX (insufficient - more work required)

The dissertation is processed in an unsatisfactory manner. The objectives of the final work are not met. Conclusions and recommendations are not included in the work. The presented solution is superficial, without real conclusions and implementation conditions. The work shows serious shortcomings and does not meet the requirements set for the final work. The FX grade is also determined if, during the processing of the work, the copyrights of third parties, intellectual property rights were violated, or it was proven that the work is plagiarized based on the Originality Control Protocol.

less than 61 4

In case the committee decides not to award an academic degree, the evaluation of the defense is FX.

The presence of at least two-thirds of the members of the defense committee, including at least two opponents, is required for a valid decision on the outcome of the dissertation defense. In order to successfully complete the defense of the dissertation, the doctoral student must obtain a majority of the positive votes of the present members of the committee for the defense of the dissertation and opponents.

Minutes are written about the defense, which are signed by the chairman of the defense committee, the members of the committee present and the opponents. The chairman of the defense committee will announce the result of the vote with justification to the doctoral student and other participants present at its public meeting. The proposal for awarding or not awarding an academic title to a doctoral student, together with the minutes and the doctoral student's file material, will be submitted by the chairman of the defense committee to the dean/in the case of university-wide study programs, the rector.

The dean/in the case of university-wide study programs, the rector will determine in writing an alternative date for the defense of the dissertation in the same study program to a doctoral student who, based on the result of the dissertation defense or due to his unjustified non-participation in the defense, the defense committee has proposed not to award an academic degree. The defense of the dissertation can be repeated only once, no later than two years after the end of the standard length of study. The public part of the dissertation defense is considered public even if the faculty/university-wide workplace ensures its public direct transmission, or during a crisis situation, it will make its audio recording available to the public for listening in the premises of the faculty/university-wide workplace for three months from the end of the crisis situation. In times of crisis, the defense of the dissertation can be carried out via video conference or other means of information and communication technology without physical presence.

Opportunities and procedures for participation in student mobility

Students of SjF UNIZA can participate in international mobility programs of the European Union such as CEEPUS and Erasmus+, where registration and recognition rules for this education are governed by the rules of the respective programs. The list of participating institutions is regularly updated. The instructions are published on the website of the faculty. As part of scientific work on their own projects, or on projects of a supervisor, they are often sent to partner universities and research institutions not only within Europe, but also elsewhere in the world. They can also use bilateral international mobility projects, e.g. through the Slovak Academic Information Agency (SAAIA) and the National Scholarship Fund (NSF).

Binding contractual partnerships enable the participation of interested parties and their representatives in the design, approval, implementation and evaluation of the study program. Agreements with partners specify the conditions for the participation of the partner's employees in the implementation of the study program and the conditions for the provision of spatial, material and information resources and ensuring the quality of the studies carried out in the partner's premises, including the final theses.

UNIZA has the opportunity to send students abroad for studies or internships within the framework of its partnerships at 56 foreign universities. Even wider possibilities covering practically the entire world exist within other schemes, especially within the Erasmus+ program and activities covered by the Ministry of Education and Culture of the Slovak Republic, implemented through SAIA. They are mainly: the Central European Exchange Program for University Studies (CEEPUS), the National Scholarship Program (NŠP), the Austria-Slovakia Action, the Visegrád Fund, etc. In addition to Erasmus+, the faculty has other contractual cooperation with AGH University of Science and Technology (Kraków, Poland), Technical University of Varna (Bulgaria), International Visegrad Fund.

The processes, procedures and structures of student participation in mobility are defined by Directive no. 219 – Mobility of students and employees of the University of Žilina in Žilina abroad -  https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-219-en.pdf

The possibilities of participating in the student mobilities are published at the UNIZA web site in section possibilities of study: https://www.uniza.sk/index.php/studenti/vseobecne-informacie/erasmus https://www.fstroj.uniza.sk/index.php/en/erasmus/application-procedure

and in the section - study abroad: https://www.uniza.sk/index.php/studenti/vseobecne-informacie/studium-v-zahranici at the Faculty web site in the section international cooperation: https://www.fstroj.uniza.sk/index.php/medzinarodna-spolupraca/podpora/erazmus and on the section general information - study abroad:  https://www.fstroj.uniza.sk/index.php/studenti/vseobecne-informacie/studium-v-zahranici

Basic conditions for the mobility of UNIZA students abroad:

To ensure student mobility, a faculty coordinator is designated as the main coordinator, who is usually a vice dean, whose competence is international cooperation. The task of the coordinators is to organize partner-based mostly international cooperation in educational and scientific research activities, to solve tasks connected with the sending and receiving of students and employees for mobilities, as well as to provide advisory services on study options and mobilities.

Completion of a part of the study at another university abroad is subject to:

  •        an application for exchange study and confirmation of acceptance by a partner institution (foreign mobility or internship),
  •         an agreement between individual partner institutions on study (in the case of UNIZA cooperation with another partner institution that has an accredited study program in a given field of study at the partner institution or a similar field of study at a foreign partner institution, and that has a certified/accredited internal system of higher education quality or ESG 2015),
  •         an agreement between individual partner institutions on a joint study program, which is also jointly accredited as a joint study program in accordance with the internal quality system of higher education at UNIZA.

When studying at another university abroad, according to The details are set out in the decree of the Ministry of Education and Culture of the Slovak Republic on the study credit system. The contract is concluded before the student enters the receiving university.

Procedure for participation in mobilities:

A student who has been approved by the selection committee and submits a document of approval (e.g. contract with the participant, letter on the result of the selection committee, etc.) for a study stay abroad, or the contractual basis for completing a part of your studies at a foreign university within the framework of the European Union, Erasmus+, National Scholarship Program, SAIA, Fulbright Commission, cross-border cooperation, bilateral programs, and others, compiles a study plan from the subjects offered at the foreign university within the scope of the standard load student, i.e. 30 credits even with completed subjects at UNIZA per semester, or 60 credits per academic year, but at least 15 credits per semester. In the event of a difference in the number of credits of equivalent subjects enrolled in the study plan for studying at a university abroad, the number of credits awarded at UNIZA in the relevant study program applies.

The compiled study plan is discussed by the student with the guarantor of the study program. The study plan is finally approved by the vice-dean with competence for international cooperation of the relevant UNIZA faculty.

The study plan is drawn up primarily from the offer of study subjects at a foreign university and contains the equivalents of compulsory and compulsory elective subjects of the study program prescribed by the student in his study program for the relevant academic year at UNIZA. In the event that the foreign university does not offer the equivalents of these compulsory and compulsory optional subjects, the student can also choose the equivalents of compulsory and compulsory optional subjects prescribed in the higher year of the curriculum of his study program. The student completes the study plan from optional and optional subjects offered by the foreign university so that these subjects are related to the focus of the student's study program at UNIZA and that the student receives the appropriate number of credits together with the mandatory and mandatory optional subjects. Compulsory, mandatory optional, optional and optional subjects that he was supposed to take according to his study program at UNIZA, but their equivalents are not offered by the foreign university, he must deregister before leaving for mobility by notifying the relevant teacher or in the study report and after returning from mobility, those whose equivalents he completed abroad will be recognized.

Before being sent on a study stay, in addition to the study/internship agreement ("Learning agreement"), the student also fills out the "Information on the planned study stay", a document which also includes the study plan of the student sent on a study stay abroad in the relevant academic year. In the form, he fills in the names of the subjects he will complete abroad and their equivalents according to his study plan at UNIZA. The compulsory and optional subjects of the study plan that the student cannot take abroad, as the foreign university does not offer them in the given semester, the student will take according to the instructions of the subject guarantor and the prescribed subjects will be listed in the section.

Before traveling abroad, the student is obliged to:

  •         report your study stay/internship to the head of the department that guarantees the relevant study program, or to the guarantor of the study program,
  •         inform the relevant teacher, the subject whose equivalent will be studied at a foreign university, or whose subject will not be studied at UNIZA in the given semester due to a study stay/internship. If he does not do so, the teacher will report the absence of the respective student in this subject and the student will have to transfer this subject to the next semester/year of study. This fact is also indicated in the AIS.

In the event that the student will study at a foreign university and the foreign university does not offer in the given semester the equivalents of the subjects of the student's study program included in the relevant semester, it is recommended to draw up a study plan so that the student completes the missing subjects in the given semester, e.g. in the form of an individual study plan, or you enrolled them in the following academic year at UNIZA.

The student is obliged to submit all documents confirming the completion of the study stay/internship abroad to the vice-dean with competence for international cooperation of the relevant UNIZA faculty no later than 30 days (in justified cases, within 45 days) from the day of the end of the study stay/internship abroad, so that the study stay can be concluded, and certificates of completion of the stay and subjects necessary for the completion of the year of the relevant study program could be issued, in particular:

  •         a certificate or other document from the receiving institution confirming the beginning and end of the study stay/internship,
  •         list of completed courses and achieved study results (containing at least: course number, course name, course duration, number of course credits awarded and student evaluation for the course)/internship evaluation.

If the structure of the subjects for which the earned credits are recognized does not correspond to the required structure of the subjects in terms of the study program at UNIZA in the relevant year of the student's studies, the student is obliged to write down the missing compulsory and compulsory electives for studying at UNIZA in the following academic year.

In the event that the student does not fulfill the agreed study plan and the obligations stated in the study/internship agreement ("Learning Agreement") and other grant documents due to his own fault, he is obliged to return the grant to the relevant institution.

Subjects completed at the receiving higher education institution are recognized by the guarantor of the study program in cooperation with the vice-dean for education at the faculty or, in the case of completion of subjects abroad, with the vice-dean, who is responsible for international cooperation, to the student on the basis of an application, which includes a statement of study results, which he prepares for the student the receiving university at the end of his studies as well as information sheets or syllabi of completed subjects. The evaluation of the subject on the basis of recognition will be entered in the report for study in AIS. The application and related documentation become part of the student's personal study documentation maintained by the department for education.

Rules for adherence to academic ethics and rules for drawing consequences

The rules for observing academic ethics and drawing consequences are governed by the Disciplinary Regulations for Students of the University of Žilina in Žilina, the Disciplinary Commission of the SjF UNIZA, the Code of Ethics, the UNIZA Ethics Commission, directive no. 226 - On copyright ethics and the elimination of plagiarism in the conditions of the University of Žilina in Žilina and Directive no. 215 - On final, rigorous and habilitation theses under the conditions of the University of Žilina in Žilina:

The Code of Ethics of the University of Žilina in Žilina defines ethical principles in the following areas:

  •        general ethical principles applicable to all persons employed or studying at the university,
  •        relationship with the university and the public,
  •        principles in pedagogical activity,
  •         principles in scientific research activity,
  •         principles in UNIZA research practice and unacceptable research practices,
  •         policies for university students.

Ethical principles in pedagogical activities are defined as follows:

  1. The pedagogical activity of university teachers and researchers is based on the principles of tolerance, respect for the truth, respect for man and his personality, respect for freedom of thought, expression and objectivity.
  2. University teachers and researchers respect students' right to free access to education, support their creative work in order to stimulate the development of a complete personality, both from a professional and ethical point of view.
  3. University teachers and researchers use the opportunity of academic land to freely and objectively transmit their scientific, professional and pedagogical knowledge and knowledge, respecting the right to education and information of university students.
  4. Relations between members of the academic community are created on the basis of collegiality and mutual negotiations are always correct.
  5. University teachers and researchers do not abuse their position as superior. They do not ask students for activities that are the subject of their own duties and do not appropriate students' work. If it is justified, they show respect for the results of the students' work by recognizing them as authors or co-authors in the framework of publication activities and publication of research results.
  6. In their pedagogical activities, university teachers and researchers perform their work duties honestly, responsibly and at a high professional level. They use the working time fund only for activities that correspond to the job description and the employment contract. All non-working activities are carried out only after the working hours have been completed. The employee is obliged to request prior written consent from the rector to perform gainful activity that is consistent with the employer's subject of activity in accordance with the provisions of the Labor Code and the Work Regulations of the University of Žilina in Žilina.
  7. University teachers and researchers strive for their own professional growth and try to offer the latest knowledge gained in teaching in the best possible and understandable form.
  8. University teachers and researchers, when evaluating study results as well as the results of scientific work, always evaluate the results of students' or employees' work fairly and transparently, so that unjustified differences do not arise in similar cases. They do not approach any form of influencing student results, thereby supporting anti-corruption behavior in accordance with directive no. 110 Study schedule for the 3rd degree of university studies at the University of Žilina in Žilina.
  9. In accordance with the Code of Ethics, it is not possible to allow UNIZA students to be supervised by a person close to them, which in accordance with the Civil Code, is a direct relative, parent, sibling and a spouse or other persons in a family or similar relationship. The same principle is respected by UNIZA also in the field of evaluation of study results or scientific research work, when these persons should not be a direct part of the habilitation and inauguration proceedings, and they may also not be included in the UNIZA workplace in a direct relationship of superiority and subordination in accordance with Act no. 552/2003 Coll. on the performance of work in the public interest, as amended.

The ethical principles for university students are defined as follows:

  1.       The student respects the name, symbols of UNIZA and its components, academic officials, teaching staff and other employees of the university.
  2.       The student behaves in such a way that there is no disruption of mutual relationships created for the successful completion of studies.
  3.       The student freely expresses his professional opinions, respects freedom of speech and critical thinking, free exchange of opinions and information.
  4.       When solving the problems of the teaching process and the organization of life at UNIZA, he turns with confidence to his teachers, academic officials and members of the academic senate, while respecting their work duties and right to privacy.
  5.       The student is aware of his responsibility for the consequences of his actions during the teaching process, respects the study regulations of the university faculties and uses their provisions in accordance with good manners, is attentive, active during classes and comes to classes and exams prepared. The student does not disrupt the course of classes or exams by arriving late or leaving early, disturbing the teacher and other students with activities that are not related to classes, and uses information and communication tools during classes in accordance with the teacher's guidelines. He does not come to class under the influence of alcohol or other intoxicating substances, does not eat or sleep during class.
  6.       When processing seminar, semester and final theses and publishing the results of scientific work, the student behaves in accordance with Article 6 of this directive as well as in accordance with directive no. 110 Study schedule for the 3rd degree of university studies at the University of Žilina in Žilina. During written assignments and exams, he does not reply to classmates and only uses study aids approved by the examiners.
  7.       During classes, the student respects teachers and classmates, behaves correctly, tactfully and tolerantly towards them. When addressing teachers and colleagues, in verbal and e-mail communication, he respects the rules of social behavior. It does not harass, discriminate, insult anyone because of their origin, nationality, religion, age, gender, sexual orientation, or disability, or use violence or the threat of violence.
  8.       The student observes the principles of social intercourse in the premises of the university. He comes to class and to the exam in appropriate social clothing in accordance with the recommendations of UNIZA. At sports activities and practical jobs, he respects the requirements of the teachers when dressing.
  9.       The student behaves sparingly towards the property of the university. He uses technical means, computer technology and the Internet only for teaching purposes, he does not abuse them for commercial purposes or for illegal activities. When using them, he complies with safety regulations and principles of health and life protection.

The code of ethics obliges all employees and students of the university to behave in accordance with its requirements. Any violation and subsequent measures are dealt with by the university's Ethics Commission, which is appointed by the rector. (Current composition of the ethics commission: https://www.uniza.sk/index.php/univerzita/vsoebecne-informacie/eticky-kodex)

In connection with the observance of the Code of Ethics, every member of the academic community and employee of the university has the right to submit an initiative to the chairman of the Ethics Commission. Any UNIZA employee, faculty employee, UNIZA student or any other person who has learned about the actions of a UNIZA student or employee that could have signs of a violation of the Code of Ethics can submit a complaint to the Chairman of the Ethics Committee. The initiative is submitted in written form with a handwritten signature or in electronic form with an authorized electronic signature. If the petition filed electronically is not authorized or sent through an access point that requires successful authentication of the person submitting the petition, the person submitting the petition must supplement it in writing with a handwritten signature or an authorized electronic signature within three working days of its submission, otherwise the initiative is postponed. The initiative must contain at least the name and surname of the submitter, the submitter's signature, a brief description of the situation, the provision of the Code of Ethics that was violated or was not applied. If the initiative is delivered anonymously, it will only be registered and will not be discussed further.

The Ethics Commission is obliged to discuss a duly submitted initiative no later than one month from its receipt or forward it to the head of the component in accordance with Art. 6 par. 7 of this directive. In the case of solving a complaint in accordance with this directive, emphasis is placed on the cooperation of all parties involved and the highest possible privacy protection is strictly observed.

In the case of a violation of the Code of Ethics, the opinion of the Ethics Commission will contain a recommendation or a proposal for corrective measures for further action by the bodies responsible for decision-making, which are the rector, dean or other head of the UNIZA component in accordance with the UNIZA Organizational Rules. All participating parties must be notified in writing of the opinion of the Ethics Commission. The employee to whom the opinion of the Ethics Commission is concerned has the right within 7 days from the date of delivery of the opinion of the Ethics Commission to request a correction to the opinion of the Ethics Commission in the form of submitting a request for correction and explanation to the rector, dean or other leading part of UNIZA in accordance with the Organizational Regulations of UNIZA, and the will consider the request when determining corrective measures.

The result of the Ethics Commission's deliberations may also be a recommendation of a procedure in accordance with § 108f et seq. Act No. 131/2002 Coll. on higher education institutions as amended (hereinafter referred to as the "Act on Higher Education Institutions").

If a disciplinary offense is detected, the initiative is forwarded to the Disciplinary Commission of UNIZA or the Disciplinary Commission of the faculty for discussion. The disciplinary procedure is defined by Directive no. 201 – Disciplinary regulations for students of the University of Žilina in Žilina: https://www.fstroj.uniza.sk/images/fstroj/pdf/Predpisy/02092021_S-201-2021-Disciplinarny-poriadok-pre-studentov-UNIZA.pdf

The basic rules of author ethics as an unwritten set of moral principles that the author, whether an employee or a UNIZA student, must respect when writing scientific, professional publications and university publications, and UNIZA's position on respecting the legal and moral rights of authors and the principles of correct publication practice are defined in Directive no. . 226 - on copyright ethics and the elimination of plagiarism in the conditions of the University of Žilina in Žilina: https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-226.pdf

At the same time, the rules of author ethics are closely linked to the framework principles of good conduct in research, the European Code of Ethics and Research Integrity, and support the raising of the scientific and research standards of the UNIZA academic community in line with Directive no. 207- Code of ethics of the University of Žilina in Žilina. For a long time, UNIZA has focused on raising awareness of the importance of observing the rules of authorial ethics among its employees and students, and fundamentally rejects any unauthorized copying of author's texts as well as ideas without reference to their author, thereby trying to eliminate possible plagiarism. It thoroughly approaches the control of the originality of intellectual or industrial property outputs of students as well as employees, and in case of doubt about the authorship of the presented work or infringement of intellectual or industrial property rights, it is fundamentally defined against them, as stated in directive no. 110 Study regulations for the 3rd degree of university studies at the University of Žilina in Žilina as well as in article 6 par. 2 and article 11 par. 11 of the UNIZA Code of Ethics.

In order to eliminate plagiarism, UNIZA proceeded to check the originality of not only final, rigorous and habilitation theses in accordance with Article 10 of Directive no. 215 - on final, rigorous and habilitation theses under the conditions of the University of Žilina in Žilina through the Central Register of final theses, but also on checking the originality of all types of scientific and professional outputs (publications) of UNIZA employees and students, semester theses of UNIZA students or works of a similar nature.

Proven non-compliance with author's ethics and behavior in accordance with Art. 3 of this directive is considered a violation of the employee's work duties by UNIZA employees, and in the case of a violation by a student, the stated facts qualify as a violation of directive no. 110 Study regulations for the third degree of university studies at the University of Žilina in Žilina, possibly a violation of Directive no. 201 Disciplinary order. In the event of a violation of the Disciplinary Rules of the University of Žilina in Žilina, the initiative will be forwarded for discussion to the Disciplinary Commission of UNIZA or the Disciplinary Commission of the faculty.

Procedures applicable to students with special needs

The procedures applicable for the students with special needs are described at UNIZA web site - https://www.uniza.sk/index.php/en/study/general-information/applicants-with-special-needs

The Centre of Support for Students with Special Needs is working at UNIZA. The centre provides information, consultancy, supporting services and educational activities for applicants and students with special needs, teachers and general public. At the Faculty there is a coordinator for supporting the students with specific needs who assesses the possibilities/restrictions and the risk rate of studying the given study programme for the students with specific needs. He/she suggests adequate adaptations and supporting services determined for a student with specific needs and realises the consultancy and mediatory activity. He/she participates in creating a system of hybrid education and support for the students with special needs.

The conditions for the applicants for study with special needs during the admission procedure and during the study at UNIZA are described by the Directive No. 198 - Support of Applicant for Study and Students with Specific Needs at UNIZA: https://www.fstroj.uniza.sk/images/pdf/smernice/S_198.pdf

UNIZA also provides services of the Centre for psychological support: https://www.uniza.sk/index.php/en/study/practical-informations/centre-for-psychological-support

The workplace was established by joining the consultancy services in the Centre of the Psychological Support, Social Consultancy and the newly created career consultancy. The advisory centre with complex services will ensure that the students will have a simple access to the consultancy and other services corresponding with their needs. Its mission is to help the students cope with their study, prepare their entrance to the labour market, support their relationship with the university and create links between the university ground and employers.

The CCC UNIZA provides a complex advisory service to the students and employees of the university (further only “clients”). The main objective of the CCC UNIZA is to provide the psychological, career, social consultancy and intervention oriented on the development of the clients´ personality and support for solving the problems of the intrapersonal character (the problems connected with the university study, the area of the social problems, the orientation in the area of personal and career targets) and the interpersonal character (the adaptation to the study and working group and also the group of people of the same age, starting and maintaining full-fledged personal and working relations). The task of the CCC UNIZA is a) to provide the clients with the possibility of individual consultations in the framework of solving their difficulties and problems and developing the personality potential; b) to provide the clients with the possibility of the group sessions of the educational and advisory character; c) to help utilise the knowledge from the area of psychology, career advisory, pedagogical and social work for self-education and self-control; d) to support the development or recovery of the psychical health, to orient on other healthcare institutions to ensure the adequate professional aid and therapy; e) to participate in implementing the inclusive approach to education with the goal to ensure the equality of opportunities, respect to individual educational needs and the active involvement to the educational process of each student.

Procedures for filing complaints and appeals by students

The student freely expresses his/her professional opinions, respects freedom of speech and critical thinking, free exchange of opinions and information. He/she turns with confidence to his/her teachers, academic officials and the members of the Academic Senate in the case of solving the problems concerning the teaching process and organisation of their life at UNIZA.

At the Faculty the students can (except for the aforementioned possibilities) address their initiations to the study advisor (the study advisors are appointed by the Dean at the beginning of the school year), they can turn to the representatives of the students´ support (a group created for the purposes of communication and advisory activities), the Head of Department, the SP guarantor or the Chairman of the Trade Union Council or directly to the Dean.

In dependence on the essence of such an initiation it is solved by a person responsible for the given area (the Dean, Vice-Deans, guarantors, Heads of Department) or an established commission (disciplinary, ethical).

At the university level the processes, procedures and structures are defined by the Directive No. 110 - STUDY ORDER FOR THE THIRD DEGREE OF THE UNIVERSITY STUDY AT THE UNIVERSITY OF ŽILINA.

At the same time all student of the Faculty of Mechanical Engineering have the possibility to ask the Dean freely and anonymously at the platform - Questions for the Dean of the Faculty of Mechanical Engineering: https://www.fstroj.uniza.sk/index.php?option=com_sppagebuilder&view=page&id=272

5. Course information sheets of the study programme (In the structure according to Decree no. 614/2002 Coll)
Compulsory courses
Grd. Sem. Course Name Short. Hours End Credits Profile Core Guarantor
1 Z 2D09001 Scientific Work 1 SW1 0 - 1 - 1 H 10 yes yes doc. Ing. Marek Brůna, PhD.
1 Z 2D09002 Special Treatises of Theoretical and Applied Disciplines STTAD 2 - 0 - 0 S 5 yes yes doc. Ing. Richard Pastirčák, PhD.
1 Z 2DJC001 English Language for Doctoral Students 1 ELD1 0 - 2 - 0 S 5 - - Mgr. Daniela Sršníková, Ph.D.
1 L 2D09007 Scientific Work 2 SW2 0 - 1 - 1 H 10 yes yes doc. Ing. Ján Moravec, PhD.
1 L 2DJC002 English Language for Doctoral Students 2 ELD2 0 - 2 - 0 S 5 - - Mgr. Daniela Sršníková, Ph.D.
2 Z 2D09012 Dissertation Project 1 DP1 0 - 1 - 1 H 15 yes yes doc. Ing. Marek Brůna, PhD.
2 Z 2D09013 Dissertation Exam DE 0 - 0 - 0 T 15 yes yes prof. Ing. Dana Bolibruchová, PhD.
2 L 2D09014 Dissertation Project 2 DP2 0 - 1 - 1 H 15 yes yes doc. Ing. Ján Moravec, PhD.
2 L 2D09015 Scientific Work 3 SW3 0 - 1 - 1 H 15 yes yes doc. Ing. Richard Pastirčák, PhD.
3 Z 2D09016 Dissertation Project 3 DP3 0 - 1 - 1 H 15 yes yes doc. Ing. Richard Pastirčák, PhD.
3 Z 2D09017 Scientific Work 4 SW4 0 - 1 - 1 H 15 yes yes doc. Ing. Miloš Mičian, PhD.
3 L 2D09018 Dissertation Project 4 DP4 0 - 1 - 1 H 15 yes yes doc. Ing. Miloš Mičian, PhD.
3 L 2D09019 Dissertation Thesis DT 0 - 2 - 0 T 15 yes yes prof. Ing. Dana Bolibruchová, PhD.
Compulsory optional courses
Grd. Sem. Course Name Short. Hours End Credits Profile Core Guarantor
1 Z 2D09003 Modern Processing Technologies MPT 2 - 0 - 0 S 5 yes yes prof. Ing. Dana Bolibruchová, PhD.
1 Z 2D09004 Theory and Technology in the Field of Study TTF 2 - 0 - 0 S 5 yes yes prof. Ing. Dana Bolibruchová, PhD.
1 L 2D09005 Evaluation of Material Properties EMP 2 - 0 - 0 S 5 yes yes doc. Ing. Richard Pastirčák, PhD.
1 L 2D09006 Progressive Materials and Technologies in the Field of Study PMT 2 - 0 - 0 S 5 yes yes prof. Ing. Dana Bolibruchová, PhD.
1 L 2D09008 Methodology of Experimental and Scientific Creativity in the Field of Study MESC 2 - 0 - 0 S 5 - yes doc. Ing. Marek Brůna, PhD.
1 L 2D09009 Technologicality and Quality of Products TQP 2 - 0 - 0 S 5 yes yes doc. Ing. Miloš Mičian, PhD.
1 L 2D09010 Computer Simulation of Processes in the Field of Study CSP 2 - 0 - 0 S 5 - yes doc. Ing. Marek Brůna, PhD.
1 L 2D09011 Modeling of Technological Processes in the Field of Study MTP 2 - 0 - 0 S 5 yes yes doc. Ing. Miloš Mičian, PhD.
Optional courses
Grd. Sem. Course Name Short. Hours End Credits Profile Core Guarantor
6. Current academic year plan and current schedule
Current academic year plan

The schedule of the current academic year is available on the website of the faculty: https://www.fstroj.uniza.sk/index.php/en/education/calendar/academic-calendar

Current schedule

The current schedule is available at: https://vzdelavanie.uniza.sk/vzdelavanie/rozvrh2.php

7. Persons responsible for the study programme
a A person responsible for the delivery, development, and quality of the study programme (indicating the position and contact details)

prof. Ing. Dana Bolibruchová, PhD.

functional position: professor, https://www.portalvs.sk/regzam/detail/10195

Head of the technological engineering department

e-mail: danka.bolibruchova@fstroj.uniza.sk

b - c List of persons responsible for the profile courses of the study programme

Contents is generated from Study plans.

Name, surname, titlesCourseName
prof. Ing. Dana Bolibruchová, PhD.2D09003Modern Processing Technologies
prof. Ing. Dana Bolibruchová, PhD.2D09004Theory and Technology in the Field of Study
prof. Ing. Dana Bolibruchová, PhD.2D09006Progressive Materials and Technologies in the Field of Study
doc. Ing. Marek Brůna, PhD.2D09001Scientific Work 1
doc. Ing. Marek Brůna, PhD.2D09012Dissertation Project 1
doc. Ing. Miloš Mičian, PhD.2D09009Technologicality and Quality of Products
doc. Ing. Miloš Mičian, PhD.2D09011Modeling of Technological Processes in the Field of Study
doc. Ing. Miloš Mičian, PhD.2D09017Scientific Work 4
doc. Ing. Miloš Mičian, PhD.2D09018Dissertation Project 4
doc. Ing. Ján Moravec, PhD.2D09007Scientific Work 2
doc. Ing. Ján Moravec, PhD.2D09014Dissertation Project 2
doc. Ing. Richard Pastirčák, PhD.2D09002Special Treatises of Theoretical and Applied Disciplines
doc. Ing. Richard Pastirčák, PhD.2D09005Evaluation of Material Properties
doc. Ing. Richard Pastirčák, PhD.2D09015Scientific Work 3
doc. Ing. Richard Pastirčák, PhD.2D09016Dissertation Project 3
d List of teachers of the study programme (including doctoral students) with the assignment to the course

Contents is generated from Study plans.

Name, surname, titlesOrg.formCourseName
prof. Ing. Dana Bolibruchová, PhD.Seminar2D09001Scientific Work 1
prof. Ing. Dana Bolibruchová, PhD.Lecture2D09002Special Treatises of Theoretical and Applied Disciplines
prof. Ing. Dana Bolibruchová, PhD.Lecture2D09003Modern Processing Technologies
prof. Ing. Dana Bolibruchová, PhD.Seminar2D09007Scientific Work 2
prof. Ing. Dana Bolibruchová, PhD.Seminar2D09012Dissertation Project 1
prof. Ing. Dana Bolibruchová, PhD.Seminar2D09014Dissertation Project 2
prof. Ing. Dana Bolibruchová, PhD.Seminar, Laboratory2D09015Scientific Work 3
prof. Ing. Dana Bolibruchová, PhD.Seminar, Laboratory2D09016Dissertation Project 3
prof. Ing. Dana Bolibruchová, PhD.Seminar, Laboratory2D09017Scientific Work 4
prof. Ing. Dana Bolibruchová, PhD.Seminar, Laboratory2D09018Dissertation Project 4
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09001Scientific Work 1
doc. Ing. Marek Brůna, PhD.Lecture2D09006Progressive Materials and Technologies in the Field of Study
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09007Scientific Work 2
doc. Ing. Marek Brůna, PhD.Lecture2D09008Methodology of Experimental and Scientific Creativity in the Field of Study
doc. Ing. Marek Brůna, PhD.Lecture2D09009Technologicality and Quality of Products
doc. Ing. Marek Brůna, PhD.Lecture2D09011Modeling of Technological Processes in the Field of Study
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09012Dissertation Project 1
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09014Dissertation Project 2
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09015Scientific Work 3
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09016Dissertation Project 3
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09017Scientific Work 4
doc. Ing. Marek Brůna, PhD.Seminar, Laboratory2D09018Dissertation Project 4
doc. Ing. Peter Fabian, PhD.Lecture2D09005Evaluation of Material Properties
doc. Ing. Peter Fabian, PhD.Seminar, Laboratory2D09015Scientific Work 3
doc. Ing. Peter Fabian, PhD.Seminar, Laboratory2D09016Dissertation Project 3
doc. Ing. Peter Fabian, PhD.Seminar2D09018Dissertation Project 4
Mgr. Albert Kulla, PhD.Seminar2DJC002English Language for Doctoral Students 2
doc. Ing. Miloš Mičian, PhD.Seminar, Laboratory2D09001Scientific Work 1
doc. Ing. Miloš Mičian, PhD.Lecture2D09002Special Treatises of Theoretical and Applied Disciplines
doc. Ing. Miloš Mičian, PhD.Lecture2D09003Modern Processing Technologies
doc. Ing. Miloš Mičian, PhD.Lecture2D09004Theory and Technology in the Field of Study
doc. Ing. Miloš Mičian, PhD.Lecture2D09005Evaluation of Material Properties
doc. Ing. Miloš Mičian, PhD.Lecture2D09006Progressive Materials and Technologies in the Field of Study
doc. Ing. Miloš Mičian, PhD.Seminar2D09007Scientific Work 2
doc. Ing. Miloš Mičian, PhD.Lecture2D09008Methodology of Experimental and Scientific Creativity in the Field of Study
doc. Ing. Miloš Mičian, PhD.Lecture2D09010Computer Simulation of Processes in the Field of Study
doc. Ing. Miloš Mičian, PhD.Seminar, Laboratory2D09012Dissertation Project 1
doc. Ing. Miloš Mičian, PhD.Seminar, Laboratory2D09014Dissertation Project 2
doc. Ing. Miloš Mičian, PhD.Seminar, Laboratory2D09015Scientific Work 3
doc. Ing. Miloš Mičian, PhD.Seminar, Laboratory2D09016Dissertation Project 3
doc. Ing. Miloš Mičian, PhD.Seminar, Laboratory2D09017Scientific Work 4
doc. Ing. Miloš Mičian, PhD.Seminar, Laboratory2D09018Dissertation Project 4
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09001Scientific Work 1
doc. Ing. Ján Moravec, PhD.Lecture2D09002Special Treatises of Theoretical and Applied Disciplines
doc. Ing. Ján Moravec, PhD.Lecture2D09003Modern Processing Technologies
doc. Ing. Ján Moravec, PhD.Lecture2D09004Theory and Technology in the Field of Study
doc. Ing. Ján Moravec, PhD.Lecture2D09005Evaluation of Material Properties
doc. Ing. Ján Moravec, PhD.Lecture2D09006Progressive Materials and Technologies in the Field of Study
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09007Scientific Work 2
doc. Ing. Ján Moravec, PhD.Lecture2D09009Technologicality and Quality of Products
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09012Dissertation Project 1
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09014Dissertation Project 2
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09015Scientific Work 3
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09016Dissertation Project 3
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09017Scientific Work 4
doc. Ing. Ján Moravec, PhD.Seminar, Laboratory2D09018Dissertation Project 4
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09001Scientific Work 1
doc. Ing. Richard Pastirčák, PhD.Lecture2D09002Special Treatises of Theoretical and Applied Disciplines
doc. Ing. Richard Pastirčák, PhD.Lecture2D09004Theory and Technology in the Field of Study
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09007Scientific Work 2
doc. Ing. Richard Pastirčák, PhD.Lecture2D09009Technologicality and Quality of Products
doc. Ing. Richard Pastirčák, PhD.Lecture2D09010Computer Simulation of Processes in the Field of Study
doc. Ing. Richard Pastirčák, PhD.Lecture2D09011Modeling of Technological Processes in the Field of Study
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09012Dissertation Project 1
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09014Dissertation Project 2
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09015Scientific Work 3
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09016Dissertation Project 3
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09017Scientific Work 4
doc. Ing. Richard Pastirčák, PhD.Seminar, Laboratory2D09018Dissertation Project 4
prof. Ing. Augustin Sládek, PhD.Seminar, Laboratory2D09001Scientific Work 1
prof. Ing. Augustin Sládek, PhD.Seminar2D09007Scientific Work 2
prof. Ing. Augustin Sládek, PhD.Laboratory2D09012Dissertation Project 1
prof. Ing. Augustin Sládek, PhD.Laboratory2D09014Dissertation Project 2
Mgr. Daniela Sršníková, Ph.D.Seminar2DJC001English Language for Doctoral Students 1
Mgr. Daniela Sršníková, Ph.D.Seminar2DJC002English Language for Doctoral Students 2
e - f List of the supervisors of final theses with the assignment to topics
Jozef Šutka  KTI doc. Ing. Ján Moravec, PhD.  Increasing the service life of forming tools by welding 2020/2021
Michal Kuriš KTI prof. Ing. Dana Bolibruchová, PhD.  Influence of AlSi7Mg0.3Cu0.5 alloy by zirconium, titanium and strontium with an emphasis on increasing the useful properties of castings                                                                                                                       2020/2021
Denis Martinec  KTI doc. Ing. Richard Pastrčák,PhD. Evaluation of the casting properties of aluminum alloys in squeeze casting technology 2020/2021
Michal Richtarik  KOVT prof. Ing. Andrej Czán PhD.  Intensification of the production of molds for casting non-ferrous metals 2020/2021
Stanislav Krajčoviech  KOVT prof. Ing. Andrej Czán PhD.  Basic technological characteristics of Prime turning 2020/2021
Daniel Harmaniak  KTI doc. Ing. Miloš Mičian, PhD. Study of the influence of the welding process on the change in the properties of TOO weld joints of S960MC steel 2019/2020
Marek Matejka  KTI prof. Ing. Dana Bolibruchová, PhD.  Study of the effect of multiple remelting of the AlSi9Cu3 alloy 2019/2020
Ivana Remišová  KTI prof. Ing. Augustín Sládek, PhD.  Study of reoxidation processes and assessment of their influence on the properties of castings from AlSi alloys 2019/2020
Andrej Kubala  KOVT doc. Ing. Michal Šajgalík, PhD.  Study of the implementation of monolithic ceramic milling tools in the machining of nickel superalloys in the area of ??high cutting speeds 2019/2020
Tomáš Pavlusík  KOVT prof. Ing. Jozef Pilc, PhD.  Identification of the quality of productive tools in the production of bearing components 2019/2020
Jozef Pobiják  KOVT prof. Ing. Andrej Czán PhD.  Identification of new kinematic structures of driven tools and their technological characteristics. 2019/2020
Michal Bohačík  KTI doc. Ing. Miloš Mičian, PhD. Inspection of welded joints and castings by innovative volumetric NDT testing techniques 2018/2019
Martin Vicen  KTI doc. Ing. Peter Fabián, PhD.  Evaluation of tribological properties of thin layers on heat-treated steel 100Cr6 2018/2019
Richard Joch  KOVT  prof. Ing. Jozef Pilc, PhD.  Verification of the possibility of turning with tools with forced rotation 2018/2019
Pavol Martikaň KOVT  prof. Ing. Andrej Czán PhD.  Verification of quality characteristics when implementing tool rotation during hard turning 2018/2019
Matej Mikloš  KOVT  prof. Ing. Andrej Czán PhD.  Intensification of the geometry of the cutting wedge of drilling tools when machining wheel bearing components 2018/2019
Ondrej Babík  KOVT  prof. Ing. Andrej Czán PhD.  Identification of the main technological characteristics of miniaturized machining for invasive implantology 2017/2018
Lucia Zaušková  KOVT  prof. Ing. Andrej Czán PhD.  Implementation of non-destructive detection technologies to observe functional properties after machining 2017/2018
Ján Ščury  KTI  doc. Ing. Richard Pastrčák,PhD. The influence of technological parameters on the morphology of solidification during crystallization under pressure 2017/2018
Rastislav Nigrovič  KTI  prof. Ing.  Jozef Meško, PhD.  Selected technological aspects of laser cutting of metal materials in interaction with used materials with application modeling and simulation methods 2017/2018
Radka Poprocká  KTI  prof. Ing. Dana Bolibruchová, PhD.  Possibilities of influencing a higher amount of iron in the secondary Al-Si-Mg alloy by manganese. 2016/2017
Martin Faturík  KTI  doc. Ing. Miloš Mičian, PhD. The use of ultrasonic defectoscopy in the testing of welded joints of polyethylene gas pipelines 2016/2017
Mariana Piešová  KOVT  prof. Ing. Andrej Czán PhD.  Study of the implementation of non-destructive detection technologies for the automotive industry 2016/2017
peter Jankejech  KTI  doc. Ing. Peter Fabián, PhD.  Parameter optimization for heat treatment of induction bends made from API X70M 2015/2016
Marek Patek  KTI  prof. Ing. Augustín Sládek, PhD.  Proposal for a method of repairing faults on gas pipeline branches associated with gas leakage 2015/2016
Mária Žihalová  KTI  prof. Ing. Dana Bolibruchová, PhD.  Possibilities of eliminating a higher amount of iron in the EN AC 43000 type alloy 2015/2016
Marek Kordík  KOVT  doc. Ing. Mária Čiliková, PhD.  Applications of innovative coating technologies for cutting tools 2015/2016
Antón Martikáň  KOVT  prof. Ing. Andrej Czán PhD.  Analysis of hard turning with a rotating helical cutting edge 2015/2016
Jozef Struhaňarský  KOVT  prof. Ing. Jozef Pilc, PhD.  Evaluation of the integrity of the surface machined with an unconventional stiffening scheme 2015/2016
Lukáš Richtárik  KTI  prof. Ing. Dana Bolibruchová, PhD.  Possibilities of eliminating the adverse effect of iron in the secondary alloy AlSi7Mg0.3 2014/2015
Andrej Zrak  KTI  prof. Ing.  Jozef Meško, PhD.  Influence of selected technological factors in laser cutting of metal materials 2014/2015
Daniel Dopjera  KTI  doc. Ing. Miloš Mičian, PhD. Ultrasonic defectoscopy of welded joints of gas pipelines 2014/2015
Zuzana Durstova  KOVT prof. Ing. Miroslav Neslušan, PhD.  Micromagnetic assessment of the stress state of surfaces after machining with tools with defined geometry 2014/2015
Jozef Holubiak  KOVT prof. Ing. Andrej Czán PhD.  IMPLEMENTATION OF RÖNTGEN DIFFRACTOMETRY FOR MONITORING THE FUNCTIONAL PROPERTIES OF COMPONENTS 2014/2015
Tomáš Hrabovský  KOVT prof. Ing. Miroslav Neslušan, PhD.  Utilization of post-machining tension and magnetically oriented structure for Barkhausen noise surface integrity monitoring 2014/2015
Alena Vajdová KOVT prof. Ing. Anna Mičietová , PhD.  The use of unconventional machining methods in the production of components in the automotive industry 2014/2015
g Student representatives representing the interests of students of the study programme

Ing. Martina Sýkorová,

the student is a member of the SP council, completed a bachelor's thesis and a diploma thesis at the department, has experience in representing the interests of students within the SP.

e:mail: martina.sykorova@fstroj.uniza.sk

h Study advisor of the study programme

Study advisor: Ing. Radoslav Koňár, PhD. radoslav.konar@fstroj.uniza.sk kl. 2799, room: BA 314, Thursday 10.00 - 11.00, (or at another time as agreed) or via e-mail communication, or via MS TEAMS.

 

i Other supporting staff of the study programme - assigned study officer, career counsellor, administration, accommodation department, etc.

Study Official for the 3rd Degree:

Ing. Eva-Carmen Gavlas            tel.: 041/513 27 05      e-mail: carmen.gavlas@fstroj.uniza.sk

At the UNIZA Faculty of Mechanical Engineering the Department of Science and Research is in charge of the PhD study that provides adequate activities in the area of HR, technical and financial activities. It is methodologically managed by the Vice-Dean for Scientific and Research Activities: prof. Ing. Eva Tillová, PhD. The supporting staff of the department and their competence and number corresponds with the needs and number of the students at the 3rd degree in connection with the educational goals and outputs, it ensures the tutorial, consultancy, administrative and other supporting services and activities for the PhD students of the Faculty of Mechanical Engineering.

 

The Department for Foreign Relations provides the administrative support of the mobilities abroad at the Faculty - Mgr. Renáta Janovčíková, e-mail: renata.janovcikova@fstroj.uniza.sk (https://www.fstroj.uniza.sk/index.php/medzinarodna-spolupraca/podpora/erazmus ). This department also deals with advisory activities in the area of the exchange stays of the students and with promotion of the mobilities abroad.

The Department for International Relations and Marketing working at the UNIZA Rector´s Office is in charge of the Erasmus+ activities - the responsible person is Mgr. Lenka Kuzmová - lenka.kuzmova@rekt.uniza.sk who manages all activities of the programme at UNIZA.

 

The students of SP utilise the UNIZA dormitories with the supporting administrative and technical staff: https://www.uniza.sk/index.php/en/study/practical-informations/accommodation

or: https://vd.internaty.sk

https://www.uniza.sk/index.php/studenti/prakticke-informacie/ubytovanie                         

https://www.iklub.sk/index.php?q=ubytko&PHPSESSID=6f1f816fca3dfceea64f3d777752d6e9

The Consultancy and Career Centre of UNIZA helps the students solve the problems of the study, partner and family problems, emotional problems, communication problems, identification of  a job for the career,...

https://www.uniza.sk/index.php/studenti/prakticke-informacie/poradenske-a-karierne-centrum-uniza

The Coordinator of the Psychological Consultancy of CCC - PhDr. Miroslava Bruncková, PhD. (room: AA022, tel.: +421 41 513 5073, mob.: +421 918 513 952, e-mail: miroslava.brunckova@uniza.sk / pkc@uniza.sk) is also available for the students.

The students can also make use of the consultancy of the university team of psychological supporthttps://www.uniza.sk/index.php/en/study/practical-informations/centre-for-psychological-support

 Consultancy psychologist, psychoterapist, professional coach: Mgr. Peter Seemann, PhD. (room: BF339, tel.: +421 41 513 3226, e-mail: seemann@fpedas.uniza.sk

  • Consultancy psychologist: Mgr. PhDr. Eva Škorvagová, PhD. (room: AC211, tel.: +421 41 513 6398, e-mail: skorvagova@fhv.uniza.sk
  • Professional consultant of the first contact: PhDr. Katarína Gažová (room: AA016, tel.: +421 41 513 5038, e-mail: gazova@uniza.sk)
  • Psychological consultant: PhDr. Miroslava Bruncková, PhD. (room: AA022; tel.: +421 41 513 5073; mob.: +421 918 513 952; e-mail: miroslava.brunckova@uniza.sk / pkc@uniza.sk
  • Professional advisor: Mgr. Valéria Moricová, PhD. (room: MA412; tel.: +421 41 513 6731; e-mail: moricova@fbi.uniza.sk

Information for students with special needs: https://www.uniza.sk/index.php/en/study/general-information/applicants-with-special-needs

Coordinator for fees: Radoslav Koňár, radoslav.konar@fstroj.uniza.sk

Information about fees: https://www.uniza.sk/index.php/en/study/general-information/application-to-study

Staff of the University Library: http://ukzu.uniza.sk/en/elementor-171/

Advisors for e-education: Ing. Peter Fraňo, frano@uniza.sk  Ing. Peter Malacký, peter.malacky@uniza.sk; https://www.uniza.sk/index.php/en/study/practical-informations/student-id

 

SP students use UNIZA accommodation facilities with supporting administrative and technical staff https://vd.internaty.sk

https://www.uniza.sk/index.php/studenti/prakticke-informacie/ubytovanie

https://www.iklub.sk/index.php?q=ubytko&PHPSESSID=6f1f816fca3dfceea64f3d777752d6e9

8. Spatial, material, and technical provision of the study programme and support
a List and characteristics of the study programme classrooms and their technical equipment with the assignment to learning outcomes and courses (laboratories, design and art studios, studios, workshops, interpreting booths, clinics, priest seminaries, science and technology parks, technology incubators, school enterprises, practice centres, training schools, classroom-training facilities, sports halls, swimming pools, sports grounds).

The premises of SjF are located on the premises of the University of Žilina in Žilina (UNIZA) with good access by means of public transport.
The list and characteristics of the SjF UNIZA classrooms, the classrooms of the Engineering Technology study program and their technical equipment with the assignment to educational outcomes and subjects can be found at: https://www.fstroj.uniza.sk/index.php/akreditacia/laboratoria/zoznam-lab

https://www.fstroj.uniza.sk/images/pdf/uradna-tabula/brozura2018_en_WEB.pdf

No. Room No. Workplace Laboratory Subject Characteristics of the equipment - the most important devices, computers,...
1 BJ 009 KTI, SjF, UNIZA Heat treatment laboratory · Scientific Work 1
· Modern Processing Technologies
· Scientific Work 2
· Dissertation Project 1
· Dissertation Project 2
· Dissertation Project 3
· Dissertation Project 4
· electric laboratory furnace ELOP 1200 2 pcs.,
· electric laboratory furnace LM 1200
· VF generator GV 11,
· two-chamber furnace DKO,
· muffle furnace RNO4,
· shaft furnace KPO 7/5
· metallographic grinder METASINEX
· epitype microscope
· Rockwell C hardness tester
· Rockwell B hardness tester
2 BB 302 KTI, SjF, UNIZA Integrated laboratory for the evaluation of technological processes · Modern Processing Technologies
· Progressive Materials and Technologies in the Field of Study
· Evaluation of Material Properties
· Scientific Work 1
· Scientific Work 2
· Dissertation Project 1
· Dissertation Project 2
· Dissertation Project 3
· Dissertation Project 4
· NEOPHOT 2 microscope with image digitization,
· QiuckPhoto Industrial digital image processing software
· hardness tester Rockwell RB-1 PC/AQ,
· metallographic polisher KOMPAKT 1031
· Buehler EcoMet 30 metallographic grinder and polisher
        Devices purchased from OPVAV structural funds (ITMS 26220220047)
· INNOVATEST 412D microhardness tester
· Brinell hardness tester INNOVATEST NEXUS 3002 XLM
· HP AX 353 computer assembly
· Innovatest Falcon 400 hardness tester
3 BJ 027 KTI, SjF, UNIZA Laboratory of analytical operations and model-free forming · Evaluation of Material Properties
· Scientific Work 1
· Scientific Work 2
· Dissertation Project 1
· Dissertation Project 2
· Dissertation Project 3
· Dissertation Project 4
· Equipment for the production of prototype parts by casting on a computer-controlled basis (built on the basis of the project with ITMS code 26220220047)
· TVS 1.2/1 air jetting device
· Two-disc sander
· Band saw Bomar ergonomic 275/230DG
· OPTIMUM point lathe D320x920
· Compressor Airprofi 1003/300/10H
· Drill-milling machine opti 30 vario +
· SV 13 table electric drill
4 BB 303 KTI, SjF, UNIZA Laboratory of forming technology · Modern processing technologies
· Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4
· combined procedural tool NV 1/3012/05,
· Device for compressing cylindrical samples
· progressive forming tool Devices purchased from OPVAV structural funds (ITMS 26220220047)
· WDW 20 tensile test device
· Crucible furnace for heating samples G-946
· Press AP-2
5 BJ 028 KTI, SjF, UNIZA Casting laboratory · Modern processing technologies
· Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4
· induction furnaces ISTOl 40, ISTOL 100,
· equipment for measuring the mechanical properties of AH Krakow molding compounds,
· melting apparatus LAC,
· chamber furnace LAC,
· a device for determining the density index,
· measuring device for thermal analysis,
· measuring assembly for determining the expansion of alloys,
· equipment for determining the foundry properties of cast materials
6 BJ 033 KTI, SjF, UNIZA Laboratory of welding and flame cutting and electric arc welding · Technology and product quality
· Modeling of technological processes in the field
· Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4
· Fronius TransSteel 2200 welding inverter for MIG/MAG and ROZ welding technology,
· welding transformer for ROZ welding,
· plasma cutting device Cebora PC 10054/T,
· CNC device for thermal separation of materials with a plasma beam and oxygen with an acetylene flame
· oxygen-acetylene set for welding and cutting
7 BJ 022 KTI, SjF, UNIZA Laboratory of resistance welding and electric arc welding · Modern processing technologies
· Technology and product quality
· Modeling of technological processes in the field
· Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4
equipment for spot resistance welding,
· inverter welding sources for MIG/MAG, ROZ, TIG welding
· magnetic carriage for semi-automated MIG/MAG, TIG welding,
· measuring equipment for monitoring performance parameters and temperature cycles,
· KUKA VKR 200 welding robot
· TranspulzSynergic 400 CMT welding source with Robacta machine torch
8 BC 214 KTI, SjF, UNIZA Laboratory of non-destructive testing of materials · Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4
· ultrasonic modular flaw detector OmniScan MX2 with accessories for PA and TOFD inspection,
· inspection case for visual NDT inspection,
· manual magnetic yoke with accessories for testing with the magnetic NDT method,
· a set for testing with the capillary NDT method,
· projector
· PC assembly
9 BA 302 (capacity 36 people) KTI, SjF, UNIZA KTI classroom · Modern processing technologies
· Modeling of technological processes in the field
· Special states from theoretical and applied disciplines
· Progressive materials and technologies in the field
· Evaluation of material properties
· Theory and technology in the field
· Methodology of experimental and scientific creativity in the field
· Technology and product quality
· Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4
· Interactive board,
· projector,
· PC assembly,
10 BA 304
(capacity 12 people)
KTI, SjF, UNIZA KTI computer classroom · Computer simulation of processes in the field
· Modeling of technological processes in the field
  · Special states from theoretical and applied disciplines
· Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4
· technological server,
· PC set – 6 pcs,
· projector
11 BA 314 (capacity 18 people) KTI, SjF, UNIZA) KTI classroom

· Modern processing technologies
· Modeling of technological processes in the field
· Special states from theoretical and applied disciplines
· Progressive materials and technologies in the field of study

· Evaluation of material properties
· Theory and technology in the field
· Methodology of experimental and scientific creativity in the field
· Technology and product quality
· Scientific work 1
· Scientific work 2
· Dissertation project 1
· Dissertation project 2
· Dissertation project 3
· Dissertation project 4

· Interactive board,
· projector,
· PC assembly,a,

For individual study programs, a 3D photo gallery of spaces - classrooms, laboratories, where teaching of SP subjects is carried out is also available: https://www.fstroj.uniza.sk/index.php/studijne-programy-info-bc-ing-phd ?area=1
In addition to the SjF classrooms and laboratories mentioned above, as part of lectures and selected seminar exercises, students of the Engineering Technology study program also use university-wide premises of UNIZA, which are shared according to the centrally created schedule with other study programs at UNIZA, which are located in several objects within the university campus . All classrooms are equipped with whiteboards and the most modern audio and video technology (data projector, visualizer) with a connection to a PC, which controls the teaching process. University-wide classrooms (intended also for students of other study programs at UNIZA):
· AS building: 15 classrooms, total capacity: 810 places
· AR building: 3 lecture rooms (e.g. Aula Siemens), total capacity: 540 seats
· building AA: 1 classroom, total capacity: 50 places
· AF building: 6 lecture rooms, total capacity: 730 seats
· BG building: 1 lecture room (Aula DATALAN), total capacity: 266 seats
· VD building: 2 lecture rooms PA0A1, PA0A2, total capacity: 440 seats
List of university-wide seminar rooms (capacity 24-80 places): AA108, AA105, AC119, AC203, AC103, AC014, AC104, AC204, AC305, AD112, AF106, AF208, AFS09, AF104, AF110, AF014, AF108, AF204, AF210, AFS12, AF206, AS030, AS117, AS120, AS127, AS219, AS224, AS031, AS118, AS123, AS217, AS220, AS227, AS032, AS119, AS124, AS218, AS223.
List of university-wide lecture rooms (range 150 - 266 seats): BG01 (Aula DATALAN), AR1 (Aula Siemens), AR2, AR3, PA0A1, PA0A2, Aula 1, Aula 2, Aula 3, Aula 4, Aula 5, Aula 6.

The operation and availability of material, technical and information resources is ensured from subsidy funds, funds from business activities and funds from publicly available grant schemes.


The Institute of Physical Education provides physical education and sports activities for UNIZA students. Physical education is taught 2 hours a week as an elective subject. After successfully completing the chosen sport, the student can get 2 credits in each semester. Students can earn additional credits at both the bachelor's and master's degrees for summer and winter physical education courses. The goal of ÚTV is to provide students with the widest possible choice of sports specializations. By specializing, we want to strengthen the relationship to a certain type of sport, improve in it and actively work to improve physical fitness and performance. When choosing, it is not the previous level of mastery that is important, but the interest in this sport. The Institute of Physical Education offers UNIZA students a wide range of sports specializations: https://utv.uniza.sk/ponuka-sportov/
· In the fit-club in Hliny, there is a fitness center, aerobics hall, squash court, multi-purpose court, regeneration complex, gymnasium for combat sports, climbing wall, sauna available for those interested.
· Fitness center, multi-purpose hall, ricochet field, gym T1 Veľký Diel, gym Májová ul., tennis courts, grass football field, athletics track are available in the fit-club Veľký Diel.
· For those interested in performance sports, sections of the ACADEMIC UNIZA sports club are available. The Institute of Physical Education regularly organizes one-day and multi-day rafting sports courses (Soča, Salza, Váh, Hron, Belá), cycling trips combined with hiking, but also winter skiing courses (Low Tatras, Alps, etc.).

b Characteristics of the study programme information management (access to study literature according to Course information sheets, access to information databases and other information sources, information technologies, etc.)
At the university level, it defines processes, procedures and structures Directive 217 – Resources for the support of educational, creative and other related activities of the University of Žilina in Žilina:

https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-217-en.pdf

Internet access:
Classrooms and computing laboratories at the workplace providing the Engineering Technology study program (KTI, SjF UNIZA) are connected to the university network, which allows students unrestricted access to the Internet (a total of 47 PCs). The possibility of connecting to the Internet is also offered by 7 terminals located in front of the study department of SjF UNIZA. UNIZA operates its own Wi-Fi network. By connecting to the university Wi-Fi network (accessible in all UNIZA premises), students get free access to UNIZA websites and unlimited access to the Internet after activating the account. The university WiFi network supports EDUROAM.
UNIZA students also have the Microsoft Office 365 software package at their disposal. https://ikt.uniza.sk/uniza-wiki/office-365-na-uniza/ The student license allows them to use the web and desktop applications of the Office 365 package during the entire period of study.
The University of Žilina is also the owner of the Total Academic Headcount (TAH) license for MATLAB & Simulink: https://ikt.uniza.sk/uniza-wiki/category/software/matlab/. As part of the Matlab TAH license at UNIZA, students will gain access to e.g. to: Matlab, Simulink, all major toolboxes - Matlab Online, Matlab Drive and Matlab Mobile. In addition to the above services, they have the opportunity to complete Matlab Online Training Suite online courses. The license allows all teachers and students to use Matlab for the purpose of teaching, research and education. Matlab can be installed on all university facilities and private computers.
The University of Žilina in Žilina is the owner of the license for engineering and simulation software from Ansys - https://ikt.uniza.sk/uniza-wiki/ansys-2/. Individual software from the ANSYS software package enables the solution of physical problems for the following types of fields: deformation fields in flexible bodies, fluid flow, temperature fields, high-frequency electromagnetic fields, electromagnetic fields, optics. It is also possible to solve tasks of mixed fields and many other technical problems from the fields of: mechanical engineering, electrical engineering, construction, safety engineering, medicine, transport, optics, 3D printing, etc. Algorithms and calculation models are mainly built on the finite element method, which is the most universal method for solving partial differential equations and variational problems of finding the extremum.
Electronic information system:
The basic information system for the education and teaching process is the Academic Information and Education System (AIVS) at UNIZA. AIVS is available for students from the university domain and from the Internet. It also covers the university's detached workplaces. Currently, AIVS covers the entire life cycle of a university student with its services, from the submission of an application to the final exam and activities related to the completion of studies at the university. AIVS UNIZA consists of subsystems:
· Subsystem "Admission procedure", which provides processing of the application (electronic / traditional), results and their evaluation, communication with the applicant and processing of statistics for Kindergarten.
· "Education" subsystem: https://vzdelavanie.uniza.sk/vzdelavanie/, which consists of modules: student register, study administration, study registrations, teaching schedule processing and resource management, exam administration, course of study, records of study results, continuous assessment of study results, study stays (mobility),

· Subsystem "Conclusion of study", which consists of "final theses" and "state exams" modules.

AIVS is integrated with other information systems that are part of the university intranet, such as - the university library, student ID issuance and student ID management, access system, user management (identity management), attendance system (doctoral student attendance). AIVS is connected with the system of university e-mail addresses of students and with applications for digital certificate and electronic signature in selected services of AIVS. The UniApps application enables access to AIVS data and services from mobile devices with Android OS, in accordance with the university's concept of introducing mobile technologies. UniApps enables access to information independent of place and time using a mobile device for full-time students in the 1st to 3rd degree.
SjF UNIZA is also connected to AIVS, which uses more than 700 computers in the pedagogical and scientific research process (of which 363 PCs are directly available to students at the 1st - 3rd level of higher education) and software such as: MatLab® & Simulink® within the university license Total Academic Headcount (TAH), LabVIEW, ME´scopeVES 5.0 (Vibrant Technology), ANSYS, ADINA, MSC.MARC, MSC.AUTOFORGE, MSC.FATIGUE, MSC.ADAMS, Mathematica, SYSWELD, ABAQUS, Axio Vision 4 with Materials package, phase analysis module, cast iron analysis and topography module, Witness Horizon 21 - software for modeling and optimization of production and maintenance processes, TechOptimizer 2.5 - for innovations, IQ-RM PRO 6.5 - FMEA and FMECA, Catia, Simpack, AMR-WinControl, Pro/ENGINEER, AutoCAD, VisiLogic, CodeVision AVR Evaluation, simulation programs for industrial robots (TriVariant v9.exe, HEXAPOD prototype simulation v1.0.exe, RoboSim.exe) and mobile robots (MobilnyRobot. exe), DELMIA Dasault Systemes, Siemens Tecnom atix for PLM including Tecnomatix Jack, Tecnomatix Process Simulate, Tecnomatix Plant Simulation, Tecnomatix Robcad, Tecnomatix Factory Cad and Factory Flow, comprehensive software package Siemens Teamcenter for data management, etc.
The University of Žilina is a member of the Slovak Infrastructure for High-Performance Computing (SIVVP) project, which was approved in March 2009. The project was implemented in 2012. High performance computing (HPC) or high-performance computing (VVP) means the use of (super)computers and computer clusters for solving numerically or data-intensive tasks from various branches of science and technology, such as medicine, physics, chemistry, economics. Students can use the software ANSYS, COMSOL, COMSOL - cluster computing, Genome Trax, Mathematica 11.1, Matlab - license for GRID, Matlab - TAH license and SIMPACK.
Access to study literature:
The University Library of the University of Žilina in Žilina (UK UNIZA http://ukzu.uniza.sk/ ) is a central workplace providing complex library and information activities within the framework of the profiling of UNIZA, its individual fields of study and study subjects, relevant according to current needs and changed requirements in the form acquisition, professional processing and making available professional monographs, textbooks, scripts, standards, gazettes, legislative documents, periodical literature, statistical overviews and yearbooks, language and professional dictionaries, encyclopedias, electronic information carriers, electronic information sources, electronic books. Information about acquired study and other professional literature is made available by the library primarily to UNIZA users, but also to other members of the public via the electronic online catalog. All provided services are provided automatically, including lending activities, interlibrary and international interlibrary lending services, research activities, making information accessible by address, providing DDS-type services and electronic reference services.
Students have access to a number of subscription full-text and searchable databases such as WOS, SCOPUS, Science Direct, Springer Online, Wileys, Oxford Publishing, etc.
UK UNIZA has 3 study rooms (92 study places http://ukzu.uniza.sk/sluzby-kniznice/ ) available for users. Their total area accessible to users is 540 m2. Study rooms and the rental room are equipped with computer equipment with direct access to the Internet (46 PCs). 11,292 library items (basic study literature, electronic and audio-visual documents, final and qualification theses, standards) and periodical literature are freely available for face-to-face study in the study halls. Electronic databases corresponding to the subject profile of the university are accessible in the study rooms (also through other IP addresses of UNIZA) - (35 databases mostly providing access to full-text resources). There is a study-rest zone, a quiet box and so-called brainstorming session.
In addition to the library fund accessible directly on the premises of the University of Warsaw, the departments have established sub-libraries (in the number of 109 sub-libraries) with the possibility of borrowing. SjF UNIZA tries to make as much information as possible available to students, which is why part of the study literature - scripts, is published in electronic form. Excerpts from scripts, presentations from lectures, aids for exercises and others are published by their authors for students on the websites of the respective departments and in the university's e-learning system. SjF UNIZA publishes its own teaching texts (monographs, university textbooks, scripts) mostly in the EDIS publishing house, which is part of UNIZA. Scientific journals are also published at UNIZA - https://www.uniza.sk/index.php/vedci-a-partneri/vyskumne-zazemie/vedecke-casopisy.
c Characteristics and extent of distance education applied in the study programme with the assignment to courses. Access, manuals of e-learning portals. Procedures for the transition from contact teaching to distance learning

Study is face-to-face, but teachers are ready to switch to a distance form of teaching if problems similar to the current situation with the pandemic disease COVID-19 arise. In that case, teaching will be carried out using the Moodle or MS Teams systems.
Thanks to the MS Office 365 package - https://ikt.uniza.sk/uniza-wiki/office-365-na-uniza/, which UNIZA uses, it is possible to share large files, online teaching and testing in a very reliable mode with smooth transfer of large volumes of data at the same time. Online teaching and testing within the components of this package, such as Teams and Forms can be used. The dean of SjF UNIZA informs students about the transition of SjF UNIZA from full-time study to distance education by mass email - electronic mail. In the case of a short-term transition within a certain subject, the responsible teacher of the subject informs the students in advance. Students are informed at the beginning of the semester about the conditions for passing the course when switching from face-to-face to distance learning.
Providing study materials to students is a standard part of the teaching process. Several approaches are used for these purposes. Basic information about the content of the subject is published in the information sheet of the subject, which also contains a description of the relevant sources of literature necessary for acquiring the knowledge determined by the content of the subject. The faculty tries to provide the necessary study literature through the university library and departmental libraries. Another method is the publication of presentations and other study materials on the faculty's website for relevant subjects within individual departments in accordance with copyright law. A newer, more sophisticated approach is the publication of study materials through the Moodle system and various e-learning tools, which allow students, based on university personnel approaches, to use study materials in the form of presentations, videos, tests and enable direct communication with teachers in the form of lectures, seminars, exercises and consultations to subject.
The individual subjects of the study program are provided with the necessary teaching texts (textbooks, scripts), which are regularly updated within the plan of publishing activities at UNIZA and beyond. In addition to the library, UNIZA has an EDIS literature store https://edis.uniza.sk/ponuka/1/Studijna-literatura/ and an EDIS shop: https://www.edis.uniza.sk/

Coverage of the Mechanical Technology study program with basic study literature (selected book publications and scripts) issued by teachers providing the SP subjects:

  • D. BOLIBRUCHOVÁ, E. TILLOVÁ: Zlievarenské zliatiny Al-Si. EDIS, 2005. 80 s., ISBN 80-8070-485-6.
  • P. FABIAN..[et al.]: Technológia: Zlievanie. Tvárnenie. Zváranie. Riešené príklady. Praktické ukážky. 2006. 174 s. ISBN 80-969599-0-5.
  • J. MORAVEC, R. STROKA: Vybrané kapitoly z technológie tvárnenia. EDIS, 2007. 148 s., ISBN 978-80-8070-728-6.
  • BOLIBRUCHOVÁ, D. a kol. Zlievarenská technológia. 1. vyd. - Žilina : Žilinská univerzita v Žiline, 2017. - 306 s., [AH 18,20; VH 18,78] : obr., tab. - ISBN 978-80-554-1268-9.
  • BOLIBRUCHOVÁ, D. a kol. Zlievarenská metalurgia neželezných kovov. 1. vyd. - Žilina : Žilinská univerzita, 2018. - 167 s. [10,65AH] [print]. - ISBN 978-80-554-1463-8.
  • MORAVEC, J. a kol. Technológia 1. 1. vyd. - Žilina : Žilinská univerzita v Žiline, 2020. - 411 s. [26,37AH] [print]. - ISBN 978-80-554-1731-8.
  • MORAVEC, J. a kol. Prášková metalurgia. 1. vyd. - Žilina : Žilinská univerzita v Žiline, 2020. - 130 s. [print]. - ISBN 978-80-554-1692-2.
  • FABIAN, P. - KEČKOVÁ, E. - BETÁK, P. 2007. Tepelné spracovanie kovov. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2007. 113 s., ISBN 978-80-969592-7-3.
  • FABIAN, P. - KEČKOVÁ, E. - BETÁK, P. 2005. Tepelné spracovanie – návody na cvičenia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2008. 45 s., ISBN 978-80-554-0053-2.
  • BOLIBRUCHOVÁ, D., PASTIRČÁK, R. 2018. Zlievarenská metalurgia neželezných kovov. Žilina: Žilinská univerzita v Žiline. 167 s. ISBN 978-80-554-1463-8.
  • PASTIRČÁK, R., BOLIBRUCHOVÁ, D., SLÁDEK, A. 2015.Teória zlievania. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 155 s., ISBN 978-80-554-1096-8.
  • BOLIBRUCHOVÁ, D. 2011.Filtrácia hliníkových zliatin. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 203 s., ISBN 978-80-554-0342-7.
  • BOLIBRUCHOVÁ, D. 2017. Zlievarenská technológia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 306 s., ISBN 978-80-554-1268-9.
  • BRŮNA, M., SLÁDEK, A., PASTRIRČÁK, R. 2017.Technológia výroby odliatkov so zvýšenou presnosťou.?Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 120 s., ISBN 978-80-554-0773-9.
  • BRŮNA, M., PASTRIRČÁK, R.2018 CastingTechnologies with increased accuracy. 125 s. Vydavateľstvo EDIS, ŽU.
  • BRŮNA, M. 2019. Simulácie v technologických procesoch. Zlievanie. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2019. 75 s., CD-ROM, ISBN 978-80-554-1556-7.
  • MORAVEC, J. 2016. Technológia tvárnenia kovov (vybrané state). Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2016. 149. s., ISBN 978-80-554-1251-1.
  • MORAVEC, J. 2013. 111 otázok a odpovedí z tvárnenia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2013. 154 s., ISBN 978-80-554-0761-6. 
  • MORAVEC, J.,BOHUŠOVÁ, Z. 2010. Technológia tvárnenia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2010. CD-ROM, 561 s., ISBN 978-80-554-0200-0. 
  • MORAVEC, J. a kol. 2010. Technológia tvárnenia technických materiálov. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2010. 232 s., ISBN 978-80-554-0223-9. 
  • MORAVEC, J., STROKA, R. 2007. Vybrané kapitoly z technológie tvárnenia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2007. 148 s., ISBN 978-80-8070-728-6. 
  • MORAVEC,J. 2005. Magnetizmus v tvárnení. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2005. 168 s., ISBN 80-8070-385-X.
  • MORAVEC, J. 2012. Malá príručka tvárnenia kovov. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2012. 146 s., ISBN 978-80- 554- 0544-5. 
  • MORAVEC, J. 2020. Experimentálne skúmanie tuhnutia a tvorby dutín v kováčskych ingotoch. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2020. 98 s., ISBN 978-80-554-1649-6.
  • MORAVEC, J. - BLATNICKÝ, M. 2018. Vybrané problémy objemového tvárnenia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2018. 154 s., ISBN 978-80-554-1339-6. 
  • MORAVEC, J. 2011. Nekonvenčné metódy tvárnenia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2011. 187 s., ISBN 978-80-554-0389-2. 
  • LEŽDÍK, V. - MIČIAN, M. - PATEK, M. 2016. Schvaľovanie postupov zvárania kovových materiálov a plastov. Turany: P+M. 2016. 204 s., ISBN 978-80-969599-2-1.
  • LEŽDÍK, V. - KOŇÁR, R. - KOREŇOVÁ, N. 2020. Opravy plynovodných potrubí vykonávané technológiou zvárania. Turany: P+M. 2020. 167 s., ISBN 978-80-969599-3-8.
  • LEŽDÍK, V. - MIČIAN, M. - PATEK, M. 2016. Schvaľovanie postupov zvárania kovových materiálov a plastov. Turany: P+M, 2016. 204 s., ISBN 978-80-969599-2-1.
  • MORAVEC, J. - KANTORÍKOVÁ, E. - FABIAN, P. 2020. Prášková metalurgia. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2020. 130 s., ISBN 978-80-554-1692-2.
  • PASTIRČÁK, R. - BOLIBRUCHOVÁ, D. - SLÁDEK, A. 2015. Teória zlievania. Žilina: EDIS - Vydavateľstvo ŽU v Žiline. 2015. 155 s., ISBN 978-80-554-1096-8.
  • BELAN, J., HURTALOVÁ, L., TILLOVÁ, E.: Konštrukčné materiály: návody na cvičenia, EDIS, 106 s. ISBN 978-80-554-0787-6.
  • KONEČNÁ, R.: Praktická metalografia, EDIS, 2010, 85 s., elektronický zdroj. 
  • KONEČNÁ, R., FINTOVÁ, S.: Metódy štúdia štruktúry I. EDIS, 2014, 86 s., ISBN 978-80-554-0943-6.
  • TUREKOVÁ, H. a kol. Tímová práca.  1. vyd. - Žilina : Žilinská univerzita v Žiline, 2018. - 261 s. [14,25AH] [print]. - ISBN 978-80-554-1504-8.
  • KONECNA, R. a kol. Materiály [print] : návody na cvičenia : 2. dopl. vyd. - Žilina : Žilinská univerzita v Žiline, 2020. - 100 s. [9,20AH] [print]. - ISBN 978-80-554-1708-0.
  • SÁGA, M. a kol. Základy konštrukčnej optimalizácie. 1.Vyd. - Žilina : Žilinská univerzita v Žiline, 2018. - 205 s. [12,10AH] [print]. - ISBN 978-80-554-1501-7.
d Institution partners in providing educational activities for the study programme and the characteristics of their participation

The doctoral study program Mechanical Engineering Technology is a modern study program enabling the acquisition of knowledge based on the current state of scientific observation in the field of mechanical engineering technologies and materials. Research of new materials and technologies; testing and testing of modern advanced materials intended for applications in the transport industry in order to use the boundary properties of materials in all areas of their applications; development, research and modeling of the utility properties of materials and new methods of evaluating the resistance of materials to mechanical, physical and chemical stress is one of the supporting directions of SjF - https://www.fstroj.uniza.sk/images/fstroj/pdf/DlhodobyZamer/DZ_SjF_UNIZA_2021_2027. pdf
The ensuring workplace carries out continuous research activities in the field of study at the national and international level. From the point of view of the transformation of outputs both in the pedagogical and scientific research areas, in this context we can mention in particular the collaborating workplaces - Nemak Development Institute, Linz Austria, Akademia górnizco hutnicza Krakow,, Czestochowska University of Technology, Silesian University of Technology, Swietokrzyska University of Technology, Gliwice University of Technology, Lódz University of Technology .
Workers from these partner workplaces participate in the realization of dissertations, are opponents of dissertations and external members of commissions for state exams. These organizations are also significant employers of graduates who have chosen a research-oriented focus, etc.
As part of the cooperation, exchange internships of workers, students and doctoral students are implemented, joint book publications, scientific and professional articles are published, international projects are implemented and prepared, projects are solved within the framework of bilateral scientific-research cooperation. Concrete implementations are carried out together with the Nemak Development Institute, Linz Austria, Akademia görnizco hutnicza Krakow, Czestochowa University of Technology, Silesian University of Technology, Swietokrzyska University of Technology, Gliwice University of Technology, Lódz University of Technology, Academy of Sciences Poland - Katowice Branch, ČVUT Prague, BUT Brno, TU VŠB Ostrava , TU Pardubice, ZČU Plzeň, Sieć Badawcza Łukasiewicz - Krakowski Instytut Technologiczny, Politechnika Rzeszow, etc.

Partners from practice:
Partner: Klauke Slovakia s.r.o., Dolný Kubín, SR
Characteristics of participation: internships of doctoral students, solution of dissertations.
Partner: Miba Sinter Slovakia s.r.o., Dolný Kubín, SR
Characteristics of participation: long-term internships of doctoral students, solution of dissertations.
Partner: MEDEKO CAST s.r.o., Považská Bystrica, SR
Characteristics of participation: solution of dissertations, selected lectures from practice.
Partner: SPP – distribúcia, a.s., Žilina, SR
Characteristics of participation: solution of dissertations, selected lectures from practice.
Partner: Viena International s.r.o., Martin, SR
Characteristics of participation: solution of dissertations, selected lectures from practice.
  Partner: IGV technology s.r.o., Žilina, SR
Characteristics of participation: solution of dissertations.

e Characteristics of the possibilities for social, sports, cultural, spiritual and social activities

The possibilities for social, sports, cultural, spiritual and social enjoyment of students are listed on the website of the University of Žilina in Žilina: (https://www.uniza.sk/index.php/studenti/studentsky-zivot/volny-cas)
Student meals are provided by the UNIZA Dining Facility - New canteen - https://menza.uniza.sk/
Accommodation for UNIZA students is provided by the accommodation facilities Veľký Diel - https://vd.internaty.sk/ and Hliny http://hliny.internaty.sk/
Sports activities at UNIZA are provided by the Institute of Physical Education UNIZA - https://utv.uniza.sk/, which offers basic opportunities for sports enjoyment:
• Fit-club accommodation facility Hliny V: In the fit-club in Hliny there is a fitness center, aerobics hall, squash court, multi-purpose field, regeneration complex, gymnasium for combat sports, climbing wall, sauna.
• Fit-club Veľký Diel accommodation facility: In the Veľký Diel fit-club, a fitness center, a multi-purpose hall, a ricochet field, a T1 Veľký Diel gym, a Májová Street gym, tennis courts, a football grass field, and an athletics track are available for those interested.
• Performance sports: For those interested in performance sports, sections of the ACADEMIC UNIZA sports club are available. The Institute of Physical Education regularly organizes one-day and multi-day rafting sports courses (Soča, Salza, Váh, Hron, Belá), cycling trips combined with hiking, but also winter skiing courses (Low Tatras, Alps).
Cultural and artistic activities within the city of Žilina offer, for example:

Students' social life is made possible by several student organizations operating at UNIZA (see Freshman's Guide: https://www.uniza.sk/flexpapers/sprievodca-prvaka/), e.g.:
• GAMA club: http://gamaklub.uniza.sk/
• I-TÉČKO: http://itecko.uniza.sk/
• Internet club: https://www.iklub.sk/
• RADIO X: http://www.radiox.sk/
• RAPEŠ - https://www.rapes.sk/
• STAVBÁR folklore ensemble: http://fsstavbar.sk/
• Railway Friends Club: http://fpedas.utc.sk/~kpzzu/

The following institutions offer the cultural and artistic activities in Žilina:

The University Pastoral Centre ensures the religious activities for the students:  https://upc.uniza.sk/

Several organisations at the university offer common activities for the students: https://www.uniza.sk/index.php/en/study/practical-informations/student-organizations

f Possibilities and conditions for participation of the study programme students in mobilities and internships, application instructions, rules for recognition of this education

At the university level, it defines processes, procedures and structures Directive 219 – Mobility of students and employees of the University of Žilina in Žilina abroad: https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-219-en.pdf
Students of SjF UNIZA can participate in international mobility programs of the European Union such as CEEPUS and Erasmus+, where registration and recognition rules for this education are governed by the rules of the respective programs. The list of participating institutions is regularly updated. The instructions are published on the website of the faculty. As part of scientific work on their own projects, or on projects of a supervisor, they are often sent to partner universities and research institutions not only within Europe, but also elsewhere in the world. They can also use bilateral international mobility projects, e.g. through the Slovak Academic Information Agency (SAAIA) and the National Scholarship Fund (NŠP).
Binding contractual partnerships enable the participation of interested parties and their representatives in the design, approval, implementation and evaluation of the study program. Agreements with partners specify the conditions for the participation of the partner's employees in the implementation of the study program and the conditions for the provision of spatial, material and information resources and ensuring the quality of the studies carried out in the partner's premises, including the final theses.
UNIZA has the opportunity to send students abroad for studies or internships within the framework of its partnerships at 56 foreign universities. Even wider possibilities covering practically the entire world exist within other schemes, especially within the Erasmus+ program and activities covered by the Ministry of Education and Culture of the Slovak Republic, implemented through SAIA. They are mainly: the Central European Exchange Program for University Studies (CEEPUS), the National Scholarship Program (NŠP), the Austria-Slovakia Action, the Visegrád Fund, etc. In addition to Erasmus+, the faculty has other contractual cooperation with AGH University of Science and Technology (Kraków, Poland), Technical University of Varna (Bulgaria), International Visegrad Fund.
Erasmus+ coordinators working at the faculty help applicants draw up a precise study plan at a foreign university, which is a prerequisite for recognition of studies completed abroad at SjF UNIZA. Detailed information on the participation of students in foreign mobilities for individual academic years is provided by the faculty's annual reports (https://www.fstroj.uniza.sk/index.php/fakulta/vseobecne-informacie/uradna-tabula)
Possibilities and conditions for students of the study program to participate in mobility and internships, application instructions, rules for recognition of this education are described in the UNIZA directive no. 219 "Mobility of students and employees of the University of Žilina in Žilina abroad". https://www.uniza.sk/images/pdf/kvalita/EN/smernica-UNIZA-c-219-en.pdf

Basic information on mobilities within the Erasmus+ program:
Selection criteria for mobility: https://www.uniza.sk/images/pdf/erasmus/StrategiaVyberuUNIZAPridelovaniegrantov.pdf
Link to the Erasmus+ program page: https://www.uniza.sk/index.php/studenti/vseobne-informacie/erasmus
Basic information on mobilities within the CEEPUS program: https://ceepus.saia.sk/
Contact persons:
Name and surname: prof. Ing. Ivan Kuric, Dr. (dean, faculty Erasmus+ coordinator, CEEPUS coordinator): E-mail: ivan.kuric@fstroj.uniza.sk
Phone: +421 41 513 2800
Name and surname: Mgr. Renáta Janovčíková (SjF Erasmus+ mobility coordinator): E-mail: renata.janovcikova@fstroj.uniza.sk
Phone: +421 41 513 2518
Contact persons at UNIZA level:
Name, surname, titles: prof. Ing. Jozef Ristvej, PhD.
Area of responsibilities / competencies: vice-rector for international relations and marketing, institutional Erasmus+ coordinator: e-mail, phone: jozef.ristvej@uniza.sk, +421415135130
Name, surname, titles: Mgr. Lenka Kuzmová
Area of  responsibilities / competencies: coordination of activities of Erasmus+ projects KA103, Erasmus+ cooperation agreements, coordination of student study stays and internships.
Contact (e-mail, phone): lenka.kuzmova@uniza.sk, +421415135133
 Name, surname, titles: Anna Súkeníková
Area of responsibilities / competences: coordination of Erasmus+ teacher mobility
e-mail, phone: anna.sukenikova@uniza.sk, +421415135132
Name, surname, titles: Ing. Jana Andrlová
Area of responsibilities / competences: coordination of Erasmus mobility of KA103 employees and KA107 teachers, contact (e-mail, phone): jana.andrlova@uniza.sk, +421415135139
Name, surname, titles: Ing. Jana Stranianková
Area of responsibility / competence: coordination of Erasmus+ incoming students, student accommodation: Contact (e-mail, phone): jana.straniankova@uniza.sk, +421415135149

9. Required abilities and admission requirements for the study programme applicants
a Required abilities and necessary admission requirements

At the UNIZA level, the processes, procedures and structures are defined by Directive 206 – Principles and rules of the admission procedure for studies at UNIZA: https://www.fstroj.uniza.sk/images/pdf/smernice/S_206.pdf

The required skills and prerequisites for admission to study at SjF UNIZA are defined in the guideline Principles and rules of the admission procedure for the 3rd degree of university studies at the Faculty of Engineering of the University of Žilina in Žilina for the academic year 2022/2023: https://www.fstroj.uniza.sk/index.php?option=com_sppagebuilder&view=page&id=219 

These are in accordance with the regularly updated conditions of admission to the relevant degree of study and are published on the website of the faculty: https://vzdelavanie.uniza.sk/prijimacky/index.php

The conditions for admission to engineering study programs at SjF UNIZA are approved every year and published at least two months before the last day for submitting applications. In the material, the basic conditions of application and admission to the study program, the application deadline, the entrance exam date, the list of programs offered by the faculty with the planned number of admitted students, admission conditions without an entrance exam, profile subjects and entrance exam subjects are set for each program:

https://www.fstroj.uniza.sk/images/fstroj/pdf/Studijne/SJF_PHD_2022.pdf

The basic condition for admission to doctoral studies (study program of the third level) is the acquisition of a second-level university education (Act on Higher Education No. 131/2002 Coll. as amended). In the case of a foreign applicant or a student who has completed his studies abroad, he submits to the application for university studies, no later than when enrolling for studies, a decision on the recognition of a document of completion of a second-level university education by the relevant institution in the Slovak Republic, or apply to UNIZA for recognition of the education document.

For those interested in the study, knowledge of the Mechanical Engineering field of study at the 2nd level of higher education with a selected doctoral study program and a selected topic of the dissertation is assumed.

For foreign applicants, the same admission conditions apply as for applicants from the Slovak Republic. Foreign students who study in a language other than the state language pay school fees according to the conditions specified in § 92 par. 8 of the Act on Universities. Tuition fees are determined by the UNIZA directive and published for the relevant academic year on the university's website. Foreign students who study in the Slovak language do not pay school fees. Applicants from the Czech Republic can use the form valid in the Czech Republic to submit their study application. Applicants who do not actively speak Slovak or Czech are required to successfully complete language training (with the option of completing it at UNIZA). For foreign applicants accepted on the basis of interstate agreements, bilateral contracts or scholarship holders of the Slovak government, the conditions specified in the relevant documents apply.

The conditions for admission to doctoral study programs at SjF UNIZA are approved every year and published at least two months before the last day for submitting applications:

https://www.fstroj.uniza.sk/images/fstroj/pdf/Studijne/SJF_PHD_2022.pdf

In the material, the basic conditions of application and admission to the study program, the application deadline, the entrance exam date, the list of programs offered by the faculty and the planned number of admitted students are adjusted.

b Admission procedures

At the UNIZA level, the processes, procedures and structures are defined by Directive 206 – Principles and rules of the admission procedure for studies at UNIZA: https://www.fstroj.uniza.sk/images/pdf/smernice/S_206.pdf

The basic condition for admission to doctoral studies (study program of the third level) is the acquisition of a second-level university education (Act on Higher Education No. 131/2002 Coll. as amended). In the case of a foreign applicant or a student who has completed his studies abroad, he submits to the application for university studies, no later than when enrolling for studies, a decision on the recognition of a document of completion of a first-level university education by the relevant institution in the Slovak Republic, or apply to UNIZA for recognition of a document of education: https://www.uniza.sk/index.php/uchadzaci/vsoebecne-informacie/uznavanie-dokladov

All information regarding the admission procedure is published on the website of the faculty: https://www.fstroj.uniza.sk/index.php?option=com_sppagebuilder&view=page&id=219

All information regarding the admission procedure is published on the website of the faculty: https://www.fstroj.uniza.sk/images//fstroj/pdf/Predpisy/2022_2023_PhD_SjF.pdf

Submission of applications:

Applicants fill in the form Application for university studies - 3rd degree or use the electronic form. The electronic application can be filled out through the UNIZA information system: https://vzdelavanie.uniza.sk/prijimacky/index.php, which enables the applicant to verify its registration in the information system from the day of its submission until the end of the admission procedure. They can also use the university portal: https://prihlaskavs.sk/sk/. All required attachments can be submitted electronically as scanned documents.

In case of an incomplete study application, the applicant will be asked to complete it. Applications submitted after the submission deadline and electronic applications without mandatory attachments will not be accepted.

Attachments to the application for engineering studies:

•        curriculum vitae,

•        confirmation of payment of the fee for the admission procedure,

•        a scan of the application form signed by the applicant in the case of an electronic study application,

•        copies of documents on education achieved,

•        a brief idea of ??the solution of the chosen topic of the dissertation (motivation letter),

  • the applicant can also attach the following documents to the application,

·        a list of your published and unpublished works, articles, or expert assessments of these works,

·        overview of received awards,

·        copies of documents on participation and placements at student scientific conferences,

·        copies of documents on other significant results of their professional and scientific activity.

In the application, the applicant is obliged to provide data on all his previous, including uncompleted, 3rd-level university studies (enrolments). If false or incomplete information is provided, the application and any decision on acceptance will be considered invalid.

Admission procedure:

The basic condition for admission to doctoral studies (third-level study program) is the acquisition of an academic degree at the second level of higher education (Act No. 131/2002 Coll. on Universities, as amended).

An applicant who does not submit proof of completion of second-level studies at the time of the admissions committee meeting may be admitted to study conditionally, if he submits this proof no later than on the day designated for enrollment. For applicants who have obtained the education necessary to fulfill the basic condition of admission to study at a recognized educational institution with its registered office outside the territory of the Slovak Republic (does not apply to the Czech Republic), it is necessary that the document on the acquired education be recognized as equivalent to the document on education issued by a recognized educational institution institution in the Slovak Republic (recognition

documents on education for the purpose of continuing studies according to Act no. 422/2015 Coll. on the recognition of educational documents and on the recognition of professional qualifications and on the amendment of certain laws).

Detailed information is published at: https://www.uniza.sk/index.php/uchadzaci/vsoebecneinformacie/uznavanie-dokladov.

To study the study programs that SjF UNIZA implements in the Slovak language, written and oral command of the Slovak or Czech language at an appropriate level (equivalent to at least level B1) is required, language training can also be completed at UNIZA. Knowledge of at least one world language (English, German, French, Spanish, Italian, Russian) at an adequate level is also required. To study the study programs that SjF UNIZA implements in English, written and oral command of the English language at least at the B1 level is required.

Admission of foreign students

For foreign applicants, the same admission conditions apply as for applicants from the Slovak Republic. Foreign students who study in a language other than the state language pay school fees according to the conditions specified in § 92 par. 8 of the Act on Universities. Tuition fees are determined by the UNIZA directive and published for the relevant academic year on the university's website. Foreign students who study in the Slovak language do not pay school fees. Applicants from the Czech Republic can use the form valid in the Czech Republic to submit a study application. Applicants who do not actively speak Slovak or Czech are required to successfully complete language training (possibility to complete at UNIZA). For

for foreign applicants accepted on the basis of interstate agreements, bilateral contracts or for scholarship recipients of the Slovak government, the conditions specified in the relevant documents apply.

 

c Results of the admission process over the last period

UNIZA archives the documentation of the admission procedure, enrollment for the study and enrollment for the next part of the study, statement of study results, copies of documents on completion of the study and other documentation for at least 25 years from the date of completion of the study. Mechanical engineering technology study program: 
 
Year of study 2016/17 2017/18 2018/19 2019/20 2020/21 2021/22
number of applications 7 7 6 5 8 4
number of students admitted 6 6 5 4 6 1
number of enrolled students 6 5 5 4 5 1
10. Feedback on the quality of provided education
a Procedures for monitoring and evaluating students' opinions on the study programme quality

At the faculty level, there are procedures for monitoring and evaluating students' opinions on the quality of the study program. They are regulated by Directive SjF_SM02 Directive on the evaluation of customer satisfaction, which is listed in the register of documentation and records of the SjF: https://www.fstroj.uniza.sk/images/Kvalita/SjF_REGISTER_DOKUMENTACIE_A_ZAZNAMOV-2.pdf

At the third degree the investigation of the graduates is realised by a questionnaire form for individual SPs: https://forms.office.com/Pages/ResponsePage.aspx?id=S_8kg8gU9UuwfqBxMXnzfg0sNN22pyVDlcQXoP_sUzlUNko0UlJGMElBT004UzY4VVlDOFdQTDQ0Si4u                                                                          

Measurement and evaluation of customer - student satisfaction (MHSZ) is ensured by the quality coordinator at the department. The MHSZ is carried out once per relevant academic year in the summer semester, no later than the end of April of the given academic year, including the evaluation of questionnaires and the provision of the results to the vice dean for education. The date, room and time for filling out the questionnaires is determined by the quality coordinator (usually it is connected with the submission of the final thesis), while he must ensure a correct explanation of the method of filling out the questionnaire, enough time to fill it in, correctness in filling out and the return of the questionnaires. If in the relevant academic year there are no students in the last year of engineering studies in the study program, then the department coordinator informs the vice dean for education about this fact and arranges MHSZ in another year, where possible.

The quality coordinator proceeds according to the following points:

·         before the MHSZ itself, the MHSZ updates the data on the relevant questionnaire (SjF_F005), which are stored in the register of documentation and records of the SjF (the data intended for updating are: name of the department, name of the study program, date of filling out the questionnaire),

·         after the update, he will ensure the reproduction of the necessary number of questionnaires according to the number of students,

·         determines the date, time, place of the MHSZ and informs the students about it in time,

·         before filling out the questionnaire, he will explain to the students the method of filling in and the meaning of the MHSZ,

·         after students have filled out the questionnaire, they will evaluate (summarize) the results in the form Evaluation_ING.xls.

The evaluation table of the form Evaluation_PHD.xls is divided into 4 sections according to the main features of the evaluation. In the first two sections (partial features 1.1 to 1.8 and 2.1 to 2.3), an evaluation mark (1 to 5) is added, according to how the student circled the evaluations in the questionnaire. In the next two sections (3 and 4), write the value 1 in the column that corresponds to the student's selected answer to the question in question. The Topics for improvement sheet in the evaluation file is used to summarize students' verbal topics from the last question. The department coordinator groups the topics according to relatedness, expresses their essence verbally and writes them in a table together with the frequency of occurrence in the students' questionnaires.

The coordinator at the department sends the processed evaluation table to the vice dean for education and delivers the completed student questionnaires to the study department for archiving by the deadline set by the vice dean for education. The results of the MHSZ are presented at the department in front of the department management with the participation of all members of the department. Based on the results of the MHSZ, the implementation of corrective and preventive measures will be ensured as necessary. The departmental coordinator informs the SjF quality manager about the corrective and preventive measures taken by e-mail.

After processing the partial results of the MHSZ at the department, the overall processing of the MHSZ results for the entire SjF is carried out. The vice dean for education processes the overall results of the MHSZ for the entire SjF in the evaluation file by calculation and graphically. He will provide the processed results to the SjF quality manager by the deadline set by the SjF quality manager and consult them with him. The quality manager and the vice dean for education present the results of the MHSZ to the faculty management and ensure the implementation of corrective and preventive measures as necessary.

Part of the feedback at the level of the study program is also feedback on the individual subjects that the students completed during their studies. The assessment of individual subjects is carried out through AIVS (https://vzdelavanie.uniza.sk). The student has access to the subject evaluation form in the main menu in the list of enrolled subjects. All teachers teaching the relevant subject have access to the subject evaluation results via AIVS.

Feedback from students of doctoral studies at SJF UNIZA for the purpose of improving the quality of the study programme was carried out through the MS TEAMS form:  https://forms.office.com/Pages/ResponsePage.aspx?id=S_8kg8gU9UuwfqBxMXnzfg0sNN22pyVDlcQXoP_sUzlUMVQyTkgzMTlVVlNXR0MxWkRDMk1VQ0VIWS4u

46 full-time doctoral students out of 55 doctoral students enrolled in the academic year 2021/2022, i.e. 83% of students, participated in the anonymous survey. The results are documented at: https://forms.office.com/Pages/AnalysisPage.aspx?id=S_8kg8gU9UuwfqBxMXnzfg0sNN22pyVDlcQXoP_sUzlUMVQyTkgzMTlVVlNXR0MxWkRDMk1VQ0VIWS4u&AnalyzerToken=SyUXj01xKHDmQcjRbjfrSHC2EUhhCqU0

b Results of student feedback and related measures to improve the study programme quality

Feedback from graduates for the purpose of improving the quality of the study program is implemented through a survey, which is implemented in the form of an anonymous questionnaire. The received feedback is analyzed at work meetings and the results are processed in the minutes of the work meetings.

Questionnaire questions:

Partial signs of satisfaction:

1.1 Contents (subjects).

1.2 Professional level of teaching.

1.3 Preparation of teachers for teaching.

1.4 Approach of teachers.

1.5 Use of didactic aids.

1.6 Excursions.

1.7 Extracurricular activities.

1.8 Study environment at the faculty.

Signs of overall satisfaction

2.1 Scope of acquired knowledge.

2.2 Ensuring teaching with literature and other study aids.

2.3 Evaluation of overall satisfaction.

Study recommendation:

Certainly yes.

Probably yes.

I'm undecided.

Probably not.

Definitely not.

Satisfaction questionnaire: for the year 2016-2021

Please state your suggestions for improvement /or any comments/:

14 answers
ID Name Answer
1 anonymous the need for newer computers - the ones we have are too old and slow
2 anonymous expanding the teaching of foreign languages, as a foreign language is essential for science
3
anonymous more strengthening of relationships with colleagues at team-building events, greater participation in inter departmental projects
4 anonymous More connection with practice
5 anonymous Greater connection with practice, doing research in cooperation with companies.
6 anonymous The equipment of the laboratory (ideally more modern equipment), better cooperation between the departments (he considers this to be the biggest minus), so that the departments do not compete with each other
7 anonymous My colleagues and I talked about how it would be great if each department had its own mentor (for all doctoral students, one teacher/researcher of the department), who would divide the tasks for the doctoral students at a regular meeting on Mondays, or tell what needs to be done (experiments, ...). This worker would be responsible for doctoral students and lead them in research activities within the department. Already at the beginning of the week, it would be clear to the doctoral student what activities await him during the week and what is planned to be implemented during the week. We would also appreciate the possibility of conversation in a foreign language, where we could regularly communicate in English, it could easily be ordinary colloquial English (professional English, or English in preparation for writing articles and we have presentations)
8 anonymous Continuous consultation with the supervisor and determination of goals during studies. More intensive cooperation on writing articles and ongoing agreement on the date of publication of the given article.
9 anonymous Better access to scientific databases
10 anonymous the subjects were only an exam, without any preparation, lectures; large outputs are expected, but without help; due to the workload of some supervisors, they should have specific hours set aside for their doctoral student, as is the case abroad
11 anonymous Writing out such dissertation topics that even the trainers themselves understand. Definitely ensure (this is probably a matter for individual departments) better computer technology.
12 anonymous No comments
13 anonymous adherence to deadlines by the department towards doctoral students, improvement/centralization of information, urgent improvement of awareness and training of doctoral students in relation to the subjects they teach
14 anonymous My comment is towards insufficient communication at the supervisor-doctorate level, also communication between employees and common problems in science and research. I think that an open discussion will be beneficial, also from the point of view of improving human relations

At the level of study programs, the guarantor of the study program analyzes the received feedback, identifies options and suggestions for strengthening strengths, suggestions for eliminating identified weaknesses and possible threats. The results of the feedback on the education carried out and the identified opportunities for improvement are subsequently analyzed, evaluated and are the basis for the creation of the Report on the evaluation of the study program as part of the periodic evaluation of the study program by the Study Program Council.

At the subject level, the teacher analyzes the feedback on his own teaching, evaluates the success of the educational outcomes achieved and prepares a short evaluation. Identifies proposals for improvement and elimination of detected weaknesses and possible threats, which are approved by the person responsible for the subject, the guarantor of the study program and the superior.

 

c Results of graduate feedback and related measures to improve the study programme quality

The guarantor of the study program analyzes data from the received feedback, identifies options and suggestions for strengthening the positive components, using potential opportunities for improvement and eliminating identified weaknesses and possible threats.

The results of the feedback on the education carried out and the identified opportunities for improvement are subsequently analyzed, evaluated by the Study Program Council and are the basis for the creation of the Study Program Evaluation Report as part of the periodic evaluation of the study program by the Study Program Council.

 

11. References to other relevant internal regulations and information concerning the study or the study programme student (e.g study guide, accommodation regulations, fee directive, guidelines for student loans, etc.)
Internal regulations and information / Link