Description of Study Programme

Name of the faculty: Faculty of Civil Engineering
New name of the study programme: Civil Engineering Structures
Old name of the study programme: Civil Engineering
Degree of higher education: 1.
Guarantor of the study programme: doc. Ing. Jaroslav Odrobiňák, PhD.
1. Basic information about the study programme
a Name of the study programme staviteľstvo - Civil Engineering Number according to the
register of study programmes
103703
b Degree of higher education 1 ISCED-F education
degree code
645
c Place(s) of delivery of the study programme
d Name of the field Civil Engineering Number of the field of study 3659R00
ISCED-F codes
of the field/fields
0732
e Type of the study programme academically oriented
f Awarded academic degree bachelor, Bc.
g Form of study daily
h Cooperating institutions and the range of study obligations the student fulfils at each of the given institutions no cooperation with other universities
i Language or languages in which the study programme is delivered english
j Standard length of the study expressed in academic years 3 year(s)
k Capacity of the study programme (planned number of students) 1.grade: 20
2.grade: 20
3.grade: 10
4.grade:
Actual number of applicants
Year of study 2015/2016 2016/2017 2017/2018 2018/2019 2019/2020 2020/2021
1.grade 1
Actual number of students
Year of study 2015/2016 2016/2017 2017/2018 2018/2019 2019/2020 2020/2021
1.grade
2.grade
3.grade
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

Goals of the study program education as the student's abilities at the time of completion of the study program and the main learning outcomes

NOTE ON THE NAME OF THE STUDY PROGRAM:
The name of the study program is "Civil Engineering", but the name "Civil Engineering Structures" (abbreviation: CES)" would be much better and more concise. The name of the study program “Civil Engineering" dates back to the time when this study program was used to educate graduates mainly for continuing their studies in the study programs "Civil Engineering Structures " but also "Building Structures". However, for more than 12 years, there has also been a bachelor's degree with the same name at the Faculty of Civil Engineering, University of Žilina (UNIZA) for the study program "Building Structures".
The study program "Civil Engineering" is currently educating, and as it follows from the submitted description of Study Plan, it will also educate students with a bachelor's degree in the field of engineering structures and transportation constructions. The entire composition of study plans, Profile subjects as well as the focus of bachelor's theses has been focused on civil engineering structures in this study program for many years. In terms of classification of Civivil Engineering Structures, these are mainly line constructions (railways, roads, highways, ...) and engineering structuress (bridges, tunnels, industry structures, etc.). The changed name "Civil Engineering Structures" would thus more accurately describe the actual focus of the Study Plan, better describe the profile of the graduate and last but not least it would unite the name with the follow-up study program at Faculty of Civil Engineering, University of Žilina at the master’s degree. The change of the name of this bachelor's program to a name that contains the word "engineering" is thus in accordance with § 52 par. 6) Act 131/2002 on universities.
The change of name would also make the possible choice of study programs at Faculty of Civil Engineering, University of Žilina more transparent and simplify their administration, as the other two study programs at the Faculty of Civil Engineering, University of Žilina have also for bachelor's and master's degrees identical names in both study levels (Study Programs “Building Structures” and “Construction Management”).

UPDATE - CHANGE OF THE NAME OF STUDY PROGRAM
The original name of the study program "Civil Engineering" was changed to the name "Civil Engineering Structures" based on the resolution of the executive board of the Slovak Accreditation Agency for Higher Education no. VR-47/17/2022 from July 20, 2022.
This change was preceded by the approval of the name change in the Study Program Board, in the Dean's College of the FCE UNIZA, approval by the authority from practice, in the Faculty's Board of Guarantors, in the Scientific Board of the FCE UNIZA, as well as in the UNIZA Accreditation Board.

Through the study of the study program, the graduate acquires a combination of theoretical, professional, and practical knowledge and experience, which form the basis for entering practice or for continuing studies at the second level of the study field. Graduates of the study program will acquire theoretical foundations in the exact and natural sciences, as well as the humanities and economic sciences. This general framework is followed by basic knowledge and theories of materials, soils, and structures, such as statics, strength, plasticity, geodesy, geology. Disciplines of a professional nature focused on the design and technology of building structures, geotechnical and line constructions participate in the formation of the professional profile of the graduate.
Graduates of the bachelor's study program thus have a broad base of design and implementation of building structures and elements of transport infrastructure. They specialize in engineering structures and objects of transportation constructions (bridges and tunnels), railway engineering, road engineering with their profile subjects. They are able to creatively develop basic theoretical knowledge in the field, a basic understanding of professional issues and flexible management of organizational and technological tasks. They master the basics of reliability theory, design, and design rules. They are guided to independence, determination and to adapt to changing conditions, while being able to use appropriate computer technology.

Goals of Education:
[CV1] To enable students with a suitable combination of elective courses and enlighten a qualified decision-making opportunity to specialize their studies, thus profiling themselves as specialists in the field of transportation constructions or engineering structures.
[CV2] Based on the core knowledge of the study program, it prepares the student by a suitable choice of compulsory and voluntary subjects for the future profession.
[CV3] Based on the core knowledge of the study program, it prepares the student by a suitable choice of compulsory and voluntary subjects for a qualified decision for the choice of study program at masters level, in the case of continuing the study.
[CV4] To prepare students for professional activities related to transportation constructions, from their design, through preparation and construction to their administration and rehabilitation.
[CV5] To prepare students for professional activities related to engineering structures, from their design, through preparation and construction to their administration and rehabilitation.
[CV6] To support students' interest in using and improving in specialized software in the field of design, BIM tools, modelling, analysis and simulation
[CV7] To develop the specifics of study specializations within the civil engineering faculties of the Slovak Republic, as the comprehensive issue of infrastructure constructions is a historically strong point of the University of Žilina, producing decades of experts in this field for the whole former Czechoslovakia.
[CV8] Make available to students current international efforts for sustainable development and construction, the circular economy and the use of renewable resources.
[CV9] Expand the area of knowledge of students by inviting them to selected lectures by important experts from practice.

Outcomes of Education:
Graduate:

[VV1] Knows an extensive theoretical basis and the full range of civil engineering terminology.
[VV2] Understands the essential knowledge of design, preparation and implementation of civil engineering and transportation constructions.
[VV3] Can continue to study in the same resp. related field at other faculties of civil engineering in the Slovak Republic and the Czech Republic but also at faculties and institutes operating in the field of civil engineering within the European region.
[VV4] Has developed the educational skills needed to pursue further study with a high degree of independence.
[VV5] Understands and know the basic methods of design and assessment of elements and entire structures in relation to the requirements of current standards for the design and planning of engineering structures and transportation constructions.
[VV6] Can be helpful in managing the construction of engineering structures and transportation constructions.
[VV7] Can creatively apply the acquired knowledge in practice in the design and construction of buildings.
[VV8] Can apply gained knowledge in a way that suggests a professional approach to work or a profession and has the competencies usually demonstrated by presenting and defending arguments and problem solving in the field of civil engineering.
[VV9] Has the ability to collect and interpret relevant data within the field of civil engineering and to make informed decisions that also take into account social, scientific and ethical aspects.
[VV10] Can communicate information, concepts, problems, and solutions to professional and lay audiences.

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

The study program is a traditional technical program that determines the study at the second level of university study in study programs focused on engineering structures and transportation constructions. Completion of the study program is thus mostly a preparation for a smooth transition to master’s degree program. The vast majority of graduates of the bachelor's study program thus continue in second degree (master’s) in the field of civil engineering, with students continuing almost exclusively in a study program focused again on civil engineering and transportation constructions.

The graduate working in practice will be employed in civil engineering in the professions specified below:

  • The bachelor's degree in the field of civil engineering is still little appreciated in practice. This is clearly indicated by the Register of Employment (https://www.sustavapovolani.sk/pracovna_oblast-23), where a minimum secondary education is required for the following activities: Assistant Construction Manager, Assistant Construction Supervisor, Quality Supervisor, Supervisor in the field of Civil Engineering, Construction Manager, Construction Supervisor, Construction preparer, Construction budgeter, Quality Control Construction Technician, Laboratory Assistant. However, the fact is that these activities are highly specialized and professionally demanding, especially in the case of technically or investment-intensive constructions, such as transportation constructions (highways, roads, railways, bridges, tunnels, geotechnical structures, etc.) as well as engineering structures (demanding technological constructions, constructions of factories and technologies, towers, masts, silos, and the like). In these cases, the graduates of the bachelor's degree of this Study Program find employment.  
  • Similarly, graduates will find employment in some professions where higher education is required master’s degree, such as: Construction Manager, Construction Quality Management Specialist, Construction Technologist Specialist, or the professions Designer of Trasport Structures and Designer of Engineering Structures. In these cases, however, they act as "professional assistant employers" without appropriate personal responsibility for the final decision or project.
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

Statement of the

- Slovak Chamber of Civil Engineers (SKSI)

- SMS a.s. (Company Stavby mostov Slovakia)

3. Employability
a Evaluation of the study programme graduates employability

Graduates of the study program are prepared for a smooth transition to the second level - master’s degree studies, and can be directly applied in practice as bachelors, as specialists who, compared to secondary school-educated workers, have a much deeper understanding of the context and theoretical basis of specific tasks and tasks. The graduate also has skills enabling his application in teams in the design and construction of structures in civil engineering and transportation constructions and in selected professions of civil engineering. Due to the acute shortage of professional staff, the graduates, due to their focus, will also find employment in state administration bodies, local self-government bodies, environmental offices and organizations performing the administration of engineering structures and transportation constructions.

The study program does not yet have graduates.
However, the employment of graduates of the parallel bachelor's study program in the Slovak language (with a parallel course) in 2018 and 2019 is listed, for example, on the website www.uplatnenie.sk. Separated statistical data for the field of study "Engineering Structures and Transportation Constructions = Civil Engineering Structures " are directly linked to:

https://uplatnenie.sk/?degree=V%C5%A0&vs=710000000&faculty=710020000&field=3644R18&year=2018
https://uplatnenie.sk/?degree=V%C5%A0&vs=710000000&faculty=710020000&field=3644R18&year=2019

 

b Successful graduates of the study programme

The study programme Civil Engineering has no graduates yet.

But in parallel running slovak version of this programme (staviteľstvo = Civil Engineering) the majoirity students will probably continue their studies at the 2nd level (engineering study).

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

Since the Civil Engineering study program does not yet have graduates, we present examples of employers who employ our graduates of the parallel Slovak version of this study program (staviteľstvo = Civil Engineering):  

Doprastava.s. - construction company, employs our graduates and has a constant interest in them (both bachelor's and master’s degree)

Metrostava.s. - construction company, employs our graduates and has a constant interest in them (both bachelor's and master’s degree)

Váhostav-SK, a.s. - construction company, employs our graduates and has a constant interest in them (both bachelor's and master’s degree)

Strabags.r.o. - construction company, employs our graduates and has a constant interest in them (both bachelor's and master’s degree)

Euroviaa.s. - construction company, employs our graduates and has a constant interest in them (both bachelor's and master’s degree)

Reming Consult, a.s. - design company, employs our graduates and has an eminent interest in them (especially master’s degree)

AFRY CZ, s.r.o - design company, employs our graduates and has an eminent interest in them (especially master’s degree)

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

The basic rules for the creation, modification, approval, and cancellation of study programs at UNIZA are governed by Directive No. 204 (Rules for the Creation, Modification, Approval and Cancellation of Study Programmes at the University of Žilina in Žilina).

The student's study plan determines the time and content sequence of the subjects of the study program and the forms of evaluation of study results. In addition to the form of evaluation of study results, the study plan is compiled within the specified rules and in accordance with the study regulations by the student himself or in cooperation with the study advisor, who is appointed from among university teachers and dismissed by the dean of the faculty. For the creation of study plans is available Directive No. 203 (Rules for the Creation of Recommended Study Plans for UNIZA Study Programmes). The study plan of the study program contains the following subjects:

  1. compulsory - their completion is a condition for successful completion of part of the study or the entire study program,
  2. compulsory optional - the condition for successful completion of part of the study or the entire study program is the completion of a specified number of these subjects according to the student's choice in the structure determined by the study program,
  3. optional - there are other subjects in the study program that the studenthas the opportunity toenrol in to complete their studies and to obtain a sufficient number of credits of the relevant part of the study.

The subjects included in the study program are divided according to the continuity into subjects without continuity and subjects conditioned by the completion of other subjects (prerequisites or co-requisites). In terms of the student's knowledge and professional profile, the study plan is compiled using the so-called "core knowledge subjects" and profile subjects so that it is in accordance with:

  1. a description of the study field of construction, within which the study program is provided,
  2. expectations of practice given e.g. The National Qualifications Framework of the Slovak Republic, the National Standard of Employment, the National System of Occupations,
  3. developments in the field of study.

Each subject has an assigned number of credits in the study plan, which the student will receive after its successful completion. To successfully complete the study, the student must obtain the appropriate number of credits in the credit system. The study program has set a minimum number of 60 credits in the full-time form of study, necessary for the conclusion of the nominal year and 180 credits for the completion of the 1st degree of study.

The course of study is governed by Directive No. 209 (Study Regulations for the 1st and 2nd degree of university study at the University of Žilina in Žilina).

For the conditions of the faculty, the information is summarized in the materials: Information on studies at Faculty of Civil Engineering, University of Žilina for current academic year - see Informatins on studies

All teachers in the study program give priority in their professional activities to the areas they lecture, practice, resp. consult. Their workload does not exceed the maximum defined by Directive No. 212 (Rules for the Definition of the Workload of Creative Employees of the University of Žilina in Žilina). The lectures are basically led by associate professors and professors. Based on Directive No. 205 (Rules for Assigning Teachers to the Provision of Study Programmes at the University of Žilina in Žilina), with the consent of the dean of the faculty, some selected lectures are also conducted by engineers with a PhD degree.

At the faculty level, Methodological Guideline No. 5/2021 on the procedure for approving an individual study plan at the Faculty of Civil Engineering of the University of Žilina. This guideline regulates the possibilities of approving individual study plans for students with special needs, students with serious health problems, students with serious personal reasons, but also for exceptionally talented students or students - athletes in the highest competitions and representatives of the Slovak Republic.

The procedure for studying at harmonized SPs is partially guided by the Methodological guideline no. 2/2022 on the study of students of folloving years in harmonized study programs at the Faculty of Civil Engineering of the University of Žilina from 1 September 2022.

b Recommended study plans for individual study paths

Recommended study plans for individual paths in the study are elaborated on the chart below. The student first acquires a theoretical basis on which is gradually linked to the growing possibility of profiling using compulsory elective courses for object of transport infrastructure (bridges and tunnels), railway engineering structures, road engineering structures/transport palnning.

c Študijný plán programu – príloha 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

Conditions during the study:

Completion and positive continuous and final evaluation of individual specialized subjects with the weight specified in the information sheets; elaboration of individual assignments from specialized subjects; elaboration of simplified project documentation of specific sections of transport structures and bridge structures of various types, scopes, and size (defined in information sheets of semester projects); completion of practical education and professional excursion.

Conditions for proper completion of studies:

At the faculty level, the Directives of dean are taken into account (see Directives and Decisions of dean)

The study will be properly completed by achieving the appropriate number of credits prescribed by the study program. To do this, the student must fulfill all the obligations prescribed for the study program, which are

  1. completion of all compulsory subjects,
  2. completion of the required number of compulsory optional courses,
  3. passing the state exam (defending the diploma thesis and successfully passing the exam in the form of a Specia teľného Subjectu).

The specific number of credits for advancement to the next year is stated in a direction on closure conditions (see Directives and Decisions of dean)

Rules for repeating the study:

They are again governed by the dean's order in the current academic year (see Directives and Decisions of dean).

Rules for interuption the study:

They are governed by the following methodological guidelines of the Dean: Methodical Guideline No. 1/2021 on the procedure for interrupting studies at the Faculty of Civil Engineering of the University of Žilina

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 156 / 1 r.: 49, 2 r.: 53, 3 r.: 54,
number of credits for compulsory optional courses required for the proper completion of studies/completion of a part of studies 24 / 1 r.: 11, 2 r.: 7, 3 r.: 6,
number of credits for optional courses required for the proper completion of studies/completion of a part of studies
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
number of credits for the final thesis and the defense of the final thesis required for the proper completion of studies 6
number of credits for professional practice required for the proper completion of studies/completion of a part of studies
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
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
f Rules for the verification of learning outcomes, students’ assessment and the possibilities of appealing against the assessment

At the university level, the processes, procedures, and structures are defined by Directive No. 209 (Study regulations for the 1st and 2nd degree of university studies at the University of Žilina).

In the case of foreign mobility and internships, the processes, procedures, and structures of the conditions for the recognition of studies are defined by Directive No. 219 (Mobility of students and staff of the University of Žilina abroad).

At the faculty level, verification of educational outcomes is included in the methods of evaluating the overall educational outcomes of the study program in the final thesis and state exam. Due to the fact that not all outputs may be specifically measurable, they are therefore verified exactly through the outputs of subject education.

The outcomes of education at the level of subjects are clearly measurable by defined evaluation methods, which are listed in individual Information Sheets of subjects (available in the web application Education of the Academic Information and Education System AIVS), where their weight is also stated.

Verification of educational outcomes and principles of their evaluation as well as evaluation methods are in accordance with the document Methodological Recommendations for the Creation and Harmonization of UNIZA study programs.

The evaluation of students in individual subjects is applied in accordance with the principles of evaluation at UNIZA (Methodological Recommendations for the Creation and Harmonization of UNIZA Study Programs). Assessment corresponds to the content and teaching methods of individual subjects t. j. whether it is a lecture in combination with exercise or laboratory exercise, resp. only the nature of the lecture, resp. exercise or laboratory exercise, i.e., according to the area, content, and purpose of the course, which is stated in each Information Sheet and evaluated by the number of credits.

The evaluation of students in individual subjects is based on three principles, which also set out the Methodological Recommendations for the creation and harmonization of UNIZA study programs. It is in the individual subjects the practical knowledge of the student, i.e., whether he can apply the acquired knowledge in practice. It is equally important to determine the quality of his knowledge, whether he masters the essence of the curriculum and whether he understands it. The quantity of knowledge is also important, is the amount of knowledge that the student has at his disposal. Teachers evaluate students in such a way that this is clearly targeted, systematic, effective, and informative, which can also be seen from the content of individual information sheets of the subjects of the study program.

The possibilities of corrective procedures for examinations are governed by the study regulations (UNIZA Directive No. 209 mentioned above).

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

At the university level, the processes, procedures and structures are defined by Directive No. 209 (Study Regulations for the 1st and 2nd degree of university study at the University of Žilina in Žilina).

In the case of foreign mobility and internships, the processes, procedures and structures of the conditions for the recognition of studies are defined by Directive No. 219 (Mobility Programmes of UNIZA Students and Staff Abroad).

At the faculty level, the above guidelines also apply. In the case of a study program, the guarantor of the study program decides on the recognition of the study, its part or individual subjects after getting acquainted with the applicant's portfolio. It takes into account the fulfilment of the knowledge core and its profile subjects. This applies to applicants from Slovakia as well as from abroad.

In the case of a change in the study program, Methodological Guideline No. 2/2021 on the procedure for changing the study program and / or form of study at the Faculty of Civil Engineering of the University of Žilina.

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

The topics of final theses are focused student profiling in the field building structures, line structures and geotechnics. Due to the knowledge in the 1st level of university study, the topics of work are mostly related to structural or static design, experimental measurement, data processing and evaluation, analysis, and technology design.

Final theses of the study program can be found in the internal university library database Evidence of Final Theses (EZP).

As all final theses are simultaneously sent to the Central register of Final Theses (CRZP). In the advanced search in this free available database, it is necessary to enter the filtering for this study program.

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)

It is possible to defend the final thesis and take the state exam only after fulfilling all other study obligations prescribed by the study plan.

The process of statehood and its continuity is governed by the study regulations – Directive No. 209 (Study Regulations for the 1st and 2nd degree of university study at the University of Žilina in Žilina), by the Dean's order guiding students regarding registration for state exams, by the the Dean's Order on the composition of examination commissions for the performance of state examinations (see Directives and Decisions of dean).

The topic of the final thesis is chosen by the student from the topics published by the Guaranteeing Department in the terms specified in the schedule of the academic year. The proposal of the topic can also be submitted to the workplace by a student, another UNIZA workplace or an external organization and its acceptance is decided by the head of the relevant Guarantor workplace. The topic of the final work is related to the content of the study that the student completed.

The head of the Guaranteeing Department will appoint a supervisor and an opponent of the final thesis for each topic (if necessary, a consultant). The supervisor of the final thesis in the bachelor's study program may be a university teacher or a researcher from the Faculty of Civil Engineering with a master’s degree. A similar expert can also lead the work, but also with a university master’s degree. The supervisor of the final thesis specifies the range of the topic of the final thesis, determines its scope, recommends study and information sources, guides the student in processing the topic, assesses the final thesis and the student's work and classifies the final thesis. It also judges the level of originality of the final thesis. The opponent of the final thesis in his / her opinion expresses comments on the thesis and classifies the final thesis.

For final theses, the opponents are evaluated on their content (method of processing, fulfilment of goals and tasks, demonstration of theoretical knowledge on the topic, work with literature and information sources) and formal side (language page, graphic and aesthetic design). The supervisor evaluates the same criteria, but also evaluates the systematic work of the student and his ability to work independently and creatively. The weights of individual criteria in the opponent's reviews are set in the relevant forms of the final thesis reviews.

The student submits the final thesis no later than the deadline specified in the schedule. The Dean of the Faculty may, in justified cases, set an alternative handover date. Each final thesis must be sent in electronic form to the Central Register of Final Theses (hereinafter "CRZP") by a specified date and the degree of originality of the submitted work is verified on the basis of information from the CRZP. Further details are regulated by Directive No. 215 (On the Final Theses).

State examinations are held on the dates specified in the schedule. The student registers for the state exam and the subjects of the state exam at the Guaranteeing Department within the deadlines set by the study regulations. At the same time, the guaranteeing department publishes the schedule of state examinations, usually one week before the examinations take place. The head of the Guarantor's Department will allow the student to get acquainted with the evaluation of the supervisor and the opponent of the final thesis within the specified deadline, but no later than three days before the date of the defence of the final thesis.

In addition to the final thesis and its defence, the subject of the state exam is also the subject Statics and Elasticity. The student chooses two more compulsory elective subjects from the list: Concrete and Steel Structures, Road Engineering and Transportation Engineering, Economics and Construction Preparation and Management, Geomechanics, Railway Engineering and Track Maintenance). At least one compulsory optional subject should reflect on the area of the final thesis.

State examinations and the announcement of their results are public. The course of state examinations is managed, and the chairman of the examination commission is responsible for the activities of the examination commission. State examinations are held in the presence of the chairman and at least three members of the examination commission. At least one member of the state commission in the bachelor's study should be from an external environment.

When defending the final thesis, the student presents the results of his final thesis, comments on the opinion of the supervisor and the opponent of the final thesis and answers questions about the final thesis. As a rule, the thesis supervisor and the opponent also take part in the defence of the final thesis. Their participation is not a necessary condition for holding a state exam. During the state exam in Subjects, the student answers questions from specified topics, which may also result from the topic of the final thesis.

The result of the state examinations is decided by the examination commission, which has at its disposal relevant records from the defence of the final thesis, the state examination from the Subjects and from the overall course of university studies. Credits are awarded to the subject of the state examination. The number of credits is stated in the study program. Individual parts of the state exam are classified by marks according to the UNIZA Study Regulations (Directive No. 209). When classifying, the examination commission takes into account the classification of the determined subjects of the state examination and the defence of the final thesis, as well as the study results of the student during the entire university study.

From the defence of the final thesis and from the state examination in the subjects of each student, the Records of the state examination is prepared, which is signed by the chairman and the present members of the examination commission.

Proper completion of the study is conditioned by successful completion of all subjects of the state exam (including the final thesis and its defence).

Opportunities and procedures for participation in student mobility

At the university level, the processes, procedures, and structures are defined by Directive No. 219 (Mobility Programmes of UNIZA Students and Staff Abroad). The faculty does not have its own directive, it follows the above.

Within the relevant study program, the study plan is compiled primarily from the offer of study subjects at a foreign university and contains the equivalents of compulsory and optional study program subjects that the student has prescribed in his / her study program for the relevant academic year at UNIZA.

Foreign mobility of scientific and pedagogical staff is required within the fulfilment of the conditions for habilitation and inauguration proceedings at the faculty.

Rules for adherence to academic ethics and rules for drawing consequences

At the university level, the processes, procedures and structures are defined by Directive No. 207 (Code of Ethics of the University of Žilina in Žilina) and Directive No. 201 (Disciplinary Regulations for Students of the University of Žilina in Žilina). Both documents are also valid at the faculty level.

The essence of the code of ethics is that all persons employed or studying at the university are governed by the following ethical principles: humanity, reasonableness, honesty, decency, correctness, tact, consideration, responsibility, sense of duty, respect for the dignity of others and awareness of one's own dignity and honour, while respecting fundamental human rights and freedoms. Unacceptable practices in the field of pedagogy and research are defined and forms of violation are defined.

The UNIZA disciplinary rules define: the disciplinary offense, the person responsible for the disciplinary offense, the disciplinary measure, the disciplinary proceedings, the decision imposing the disciplinary measure and the review of the decision imposing the disciplinary measure.

In case of exclusion of a student from the study, the Methodical Guideline No. 4/2021 on the procedure for exclusion from studies at the Faculty of Civil Engineering of the University of Žilina.

Procedures applicable to students with special needs

At the university level, the processes, procedures, and structures are defined by Directive No. 198 (Support for Applicants for Study and Students with Special Needs at the University of Žilina in Žilina) and Directive No. 209 (Study Regulations for the 1st and 2nd degree of university study at the University of Žilina in Žilina). Both documents are also applied at the faculty level.

 

At the faculty level, Methodological Guideline No. 5/2021 on the procedure for approving an individual study plan at the Faculty of Civil Engineering of the University of Žilina. This guideline regulates the possibilities of approving individual study resources for students with special needs, students with serious health problems, students with serious personal reasons, but also for exceptionally talented students or students - athletes in the highest competitions and representatives of the Slovak Republic.

Procedures for filing complaints and appeals by students

At the university and faculty level, processes, procedures and structures are defined by Directive No. 209 (Study Regulations for the 1st and 2nd degree of university study at the University of Žilina in Žilina). The rules governing student access to redress are dealt with in Article 10 of this Directive.

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 4BIA101 Mathematics 1 Math1 3 - 3 - 0 S 7 - yes doc. Ing. Mária Kúdelčíková, PhD.
1 Z 4BIA102 Building Materials BM 2 - 0 - 2 S 5 - yes prof. Ing. Peter Koteš, PhD.
1 Z 4BIA103 Geology and Geomorfology GaG 2 - 1 - 1 S 5 - yes doc. Mgr. Dana Sitányiová, PhD.
1 Z 4BIA104 Descriptive Geometry DG 2 - 2 - 0 H 4 - yes doc. Ing. Mária Kúdelčíková, PhD.
1 Z 4BIA105 Urban Planning 1 UP1 2 - 1 - 0 S 4 - yes doc. Ing. Agnes Iringová, PhD.
1 L 4BIA201 Physics Phys 2 - 1 - 1 S 5 - yes prof. RNDr. Jozef Kúdelčík, PhD.
1 L 4BIA202 Mathematics 2 Mat2 3 - 3 - 0 S 7 - yes doc. Ing. Mária Kúdelčíková, PhD.
1 L 4BIA203 Hydromechanics and Hydrology HaH 2 - 2 - 0 S 5 - yes doc. Mgr. Dana Sitányiová, PhD.
1 L 4BIA204 Statics of Structures 1 SoS1 2 - 4 - 0 S 7 - yes doc. Ing. Daniela Kuchárová, PhD.
2 Z 4BIA301 Statics of Structures 2 SoS2 2 - 2 - 0 S 5 - yes doc. Ing. Daniela Kuchárová, PhD.
2 Z 4BIA302 Principle of Design of Structures PoDS 2 - 2 - 0 H 4 - yes doc. Ing. Jaroslav Odrobiňák, PhD.
2 Z 4BIA303 Strength and Elasticity 1 SaE1 2 - 3 - 0 S 6 - yes doc. Ing. Daniel Papán, PhD.
2 Z 4BIA304 Soil Mechanics SM 2 - 1 - 1 S 6 yes yes prof. Ing. Marián Drusa, PhD.
2 Z 4BIA305 Foreign Language 1 FL1 0 - 2 - 0 H 2 - - Mgr. Jana Malchová
2 Z 4BIA307 Chapters of Building Structures 1 CHoBS1 2 - 2 - 0 S 5 - yes prof. Ing. Pavol Ďurica, CSc.
2 L 4BIA401 Foundation of Structures 1 FoS1 2 - 2 - 0 S 5 yes yes prof. Ing. Marián Drusa, PhD.
2 L 4BIA402 Foreign Language 2 FL2 0 - 2 - 0 S 3 - - Mgr. Jana Malchová
2 L 4BIA403 Geodesy 1 Geod1 2 - 2 - 0 S 5 - yes doc. Ing. Jana Ižvoltová, Dr.
2 L 4BIA404 Field Practice in Geodesy FPG 0 - 0 - 1 H 1 - - doc. Ing. Jana Ižvoltová, Dr.
2 L 4BIA405 Special Practice Bc. SPBc. 0 - 0 - 2 H 1 - - doc. Ing. Jaroslav Odrobiňák, PhD.
2 L 4BIA406 Concrete Structures 1 CS1 2 - 2 - 0 S 5 yes yes prof. Ing. Peter Koteš, PhD.
2 L 4BIA407 Steel Structures 1 SS1 2 - 2 - 0 S 5 yes yes prof. Ing. Josef Vičan, CSc.
3 Z 4BIA501 Road Engineering 1 RoadE1 2 - 2 - 0 S 5 yes yes doc. Ing. Matúš Kováč, PhD.
3 Z 4BIA502 Transportation Engineering 1 TrEn1 2 - 2 - 0 S 5 yes - prof. Ing. Ján Čelko, CSc.
3 Z 4BIA503 Railway Engineering 1 RailE1 2 - 2 - 0 S 5 yes yes prof. Ing. Libor Ižvolt, PhD.
3 Z 4BIA504 Engineering Geology 1 EG1 2 - 2 - 0 S 5 - yes doc. Ing. Giang Nguyen, CSc.
3 Z 4BIA509 Economy in Building Industry EoBI 2 - 2 - 0 S 5 - yes doc. Ing. Mária Trojanová, PhD.
3 Z 4BIA510 Semestral Project of Concrete Structures and Steel Structures SP-CaSS 0 - 0 - 2 H 2 yes - Ing. Matúš Farbák, PhD.
3 L 4BIA601 Bachelor´s Dissertation and Thesis Defense BDaTD 0 - 0 - 0 T 6 yes - doc. Ing. Jaroslav Odrobiňák, PhD.
3 L 4BIA602 Compulsatory Subject of Final Examination CSFE 0 - 0 - 0 T 2 - yes doc. Ing. Jaroslav Odrobiňák, PhD.
3 L 4BIA603 Optional Subject of Final Examination OSFE 0 - 0 - 0 T 2 yes - doc. Ing. Jaroslav Odrobiňák, PhD.
3 L 4BIA604 Construction Preparation and Management CPM 2 - 2 - 0 S 5 - yes prof. Ing. Ján Mikolaj, CSc.
3 L 4BIA605 Bridges Brid 2 - 2 - 0 S 5 yes yes prof. Ing. Martin Moravčík, PhD.
3 L 4BIA609 Construction of Technologies 1 - Building Engines and Mechanization CT1-BEM 2 - 2 - 0 S 5 - yes doc. Ing. Juraj Šrámek, PhD.
3 L 4BIA610 Semestral Project of Road Engineering and Railway Engineering SP-RaRE 0 - 0 - 2 H 2 yes - doc. Ing. Stanislav Hodás, PhD.
Compulsory optional courses
Grd. Sem. Course Name Short. Hours End Credits Profile Core Guarantor
1 Z 4BIA106 Mathematical Seminar 1 MS1 0 - 2 - 0 H 2 - - RNDr. Beatrix Bačová, PhD.
1 Z 4BIA107 Civil Chemistry CCH 2 - 0 - 1 H 3 - - Ing. Patrik Kotula, PhD.
1 L 4BIA205 Physical Seminar PS 0 - 2 - 0 H 2 - - Mgr. Marián Janek, PhD.
1 L 4BIA206 Urban Planning 2 UP2 2 - 1 - 0 S 4 - - doc. Ing. Agnes Iringová, PhD.
1 L 4BIA207 Mathematical Seminar 2 MS2 0 - 2 - 0 H 2 - - RNDr. Beatrix Bačová, PhD.
2 Z 4BIA306 Engineering Networks EN 1 - 2 - 0 K 3 - - Ing. Jaroslav Leštach, PhD.
2 L 4BIA408 Hydrotechnical Structures HS 2 - 2 - 0 S 5 - - doc. Mgr. Dana Sitányiová, PhD.
2 L 4BIA409 CAD 1 CAD1 0 - 0 - 2 H 2 yes - Ing. Peter Dobeš, PhD.
2 L 4BIA410 Environment Protection and Safety and Protection at Work EPSPW 1 - 1 - 0 H 2 - - doc. Ing. Dušan Jandačka, PhD.
2 L 4BIA411 Computer Programming 1 CP1 0 - 0 - 3 H 3 - - doc. Ing. Juraj Mužík, PhD.
3 Z 4BIA505 Geodesy 2 Geod2 2 - 2 - 0 S 5 - - doc. Ing. Jana Ižvoltová, Dr.
3 Z 4BIA506 Timber Structures 1 TS1 2 - 2 - 0 S 5 yes - doc. Ing. Jaroslav Odrobiňák, PhD.
3 Z 4BIA507 Masonry Structures 1 MS1 2 - 2 - 0 S 5 yes - prof. Ing. Peter Koteš, PhD.
3 Z 4BIA508 CAD 2 CAD2 0 - 0 - 2 H 2 yes - doc. Ing. Matúš Kováč, PhD.
3 L 4BIA606 Road Engineering 2 RoadE2 2 - 2 - 0 S 5 yes - doc. Ing. Eva Remišová, PhD.
3 L 4BIA607 Railway Engineering 2 RailE2 2 - 2 - 0 S 5 yes - prof. Ing. Libor Ižvolt, PhD.
3 L 4BIA608 Law of Civil Engineering 1 LoCE1 2 - 1 - 0 H 3 - - prof. Ing. Martin Decký, Dr.
3 L 4BIA611 CAD 3 CAD3 0 - 0 - 2 H 2 yes - doc. Ing. Petra Bujňáková, PhD.
Optional courses
Grd. Sem. Course Name Short. Hours End Credits Profile Core Guarantor
1 Z 4BTVC01 Physical Education 1 PE1 0 - 2 - 0 H 1 - - PaedDr. Marián Hrabovský, PhD.
1 L 4BTVC02 Physical Education 2 PE2 0 - 2 - 0 H 1 - - PaedDr. Marián Hrabovský, PhD.
2 Z 4BTSC03 Physical Education Camp PEC 0 - 1 - 0 H 1 - - PaedDr. Marián Hrabovský, PhD.
2 L 4BTVC04 Physical Education 3 PE3 0 - 2 - 0 H 1 - - PaedDr. Marián Hrabovský, PhD.
3 Z 4BTVC05 Physical Education 4 PE4 0 - 2 - 0 H 1 - - PaedDr. Marián Hrabovský, PhD.
3 L 4BTVC06 Physical Education 5 PE5 0 - 2 - 0 H 1 - - PaedDr. Marián Hrabovský, PhD.
6. Current academic year plan and current schedule
Current academic year plan

Academic calendar of Faculty of Civil Engineering: https://svf.uniza.sk/index.php/studenti/vseobecne-informacie2/akademicky-kalendar

The Academic Information and Education System (AIVS) e-learning web application is available at: https://vzdelavanie.uniza.sk/

Current schedule

Current schedule: 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)

doc. Ing. Jaroslav Odrobiňák, PhD. 

jaroslav.odrobinak@uniza.sk, +421 41 513 5650, room AF326

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

Contents is generated from Study plans.

Name, surname, titlesCourseName
doc. Ing. Petra Bujňáková, PhD.4BIA611CAD 3
prof. Ing. Ján Čelko, CSc.4BIA502Transportation Engineering 1
Ing. Peter Dobeš, PhD.4BIA409CAD 1
prof. Ing. Marián Drusa, PhD.4BIA304Soil Mechanics
prof. Ing. Marián Drusa, PhD.4BIA401Foundation of Structures 1
Ing. Matúš Farbák, PhD.4BIA510Semestral Project of Concrete Structures and Steel Structures
doc. Ing. Stanislav Hodás, PhD.4BIA610Semestral Project of Road Engineering and Railway Engineering
prof. Ing. Libor Ižvolt, PhD.4BIA503Railway Engineering 1
prof. Ing. Libor Ižvolt, PhD.4BIA607Railway Engineering 2
prof. Ing. Peter Koteš, PhD.4BIA406Concrete Structures 1
prof. Ing. Peter Koteš, PhD.4BIA507Masonry Structures 1
doc. Ing. Matúš Kováč, PhD.4BIA501Road Engineering 1
doc. Ing. Matúš Kováč, PhD.4BIA508CAD 2
prof. Ing. Martin Moravčík, PhD.4BIA605Bridges
doc. Ing. Jaroslav Odrobiňák, PhD.4BIA506Timber Structures 1
doc. Ing. Jaroslav Odrobiňák, PhD.4BIA601Bachelor´s Dissertation and Thesis Defense
doc. Ing. Jaroslav Odrobiňák, PhD.4BIA603Optional Subject of Final Examination
doc. Ing. Eva Remišová, PhD.4BIA606Road Engineering 2
prof. Ing. Josef Vičan, CSc.4BIA407Steel Structures 1
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
RNDr. Beatrix Bačová, PhD.Seminar4BIA101Mathematics 1
RNDr. Beatrix Bačová, PhD.Seminar4BIA106Mathematical Seminar 1
RNDr. Beatrix Bačová, PhD.Seminar4BIA202Mathematics 2
RNDr. Beatrix Bačová, PhD.Seminar4BIA207Mathematical Seminar 2
Mgr. Daniel Baránek, PhD.Seminar4BTSC03Physical Education Camp
Mgr. Daniel Baránek, PhD.Seminar4BTVC01Physical Education 1
Mgr. Daniel Baránek, PhD.Seminar4BTVC02Physical Education 2
Mgr. Daniel Baránek, PhD.Seminar4BTVC04Physical Education 3
Mgr. Daniel Baránek, PhD.Seminar4BTVC05Physical Education 4
Mgr. Daniel Baránek, PhD.Seminar4BTVC06Physical Education 5
doc. Ing. Miroslav Brodňan, PhD.Lecture4BIA107Civil Chemistry
doc. Ing. Petra Bujňáková, PhD.Seminar, Laboratory4BIA102Building Materials
doc. Ing. Petra Bujňáková, PhD.Seminar4BIA406Concrete Structures 1
doc. Ing. Petra Bujňáková, PhD.Laboratory4BIA510Semestral Project of Concrete Structures and Steel Structures
doc. Ing. Petra Bujňáková, PhD.Seminar4BIA605Bridges
doc. Ing. Petra Bujňáková, PhD.Laboratory4BIA611CAD 3
Ing. Roman Bulko, PhD.Seminar, Laboratory4BIA103Geology and Geomorfology
Ing. Roman Bulko, PhD.Seminar4BIA203Hydromechanics and Hydrology
prof. Ing. Ján Čelko, CSc.Lecture4BIA601Bachelor´s Dissertation and Thesis Defense
prof. Ing. Ján Čelko, CSc.Laboratory4BIA603Optional Subject of Final Examination
Ing. Peter Danišovič, PhD.Lecture, Seminar4BIA609Construction of Technologies 1 - Building Engines and Mechanization
Ing. Peter Dobeš, PhD.Laboratory4BIA409CAD 1
Ing. Peter Dobeš, PhD.Seminar4BIA503Railway Engineering 1
Ing. Marek Drličiak, PhD.Seminar4BIA502Transportation Engineering 1
Ing. Marek Drličiak, PhD.Laboratory4BIA610Semestral Project of Road Engineering and Railway Engineering
prof. Ing. Marián Drusa, PhD.Lecture4BIA304Soil Mechanics
prof. Ing. Marián Drusa, PhD.Lecture4BIA401Foundation of Structures 1
prof. Ing. Marián Drusa, PhD.Laboratory4BIA603Optional Subject of Final Examination
Ing. Matúš Farbák, PhD.Seminar4BIA407Steel Structures 1
Ing. Matúš Farbák, PhD.Laboratory4BIA510Semestral Project of Concrete Structures and Steel Structures
Ing. Matúš Farbák, PhD.Seminar4BIA605Bridges
Ing. Matúš Farbák, PhD.Laboratory4BIA611CAD 3
Mgr. Dušan GibaSeminar4BTSC03Physical Education Camp
Mgr. Dušan GibaSeminar4BTVC01Physical Education 1
Mgr. Dušan GibaSeminar4BTVC02Physical Education 2
Mgr. Dušan GibaSeminar4BTVC04Physical Education 3
Mgr. Dušan GibaSeminar4BTVC05Physical Education 4
Mgr. Dušan GibaSeminar4BTVC06Physical Education 5
Ing. Jozef Gocál, PhD.Lecture, Seminar4BIA407Steel Structures 1
Ing. Jozef Gocál, PhD.Lecture, Seminar4BIA506Timber Structures 1
Ing. Richard Hlinka, PhD.Lecture, Seminar, Laboratory4BIA302Principle of Design of Structures
Ing. Richard Hlinka, PhD.Laboratory4BIA405Special Practice Bc.
Ing. Richard Hlinka, PhD.Seminar4BIA407Steel Structures 1
Ing. Richard Hlinka, PhD.Seminar4BIA506Timber Structures 1
Ing. Richard Hlinka, PhD.Laboratory4BIA510Semestral Project of Concrete Structures and Steel Structures
doc. Ing. Stanislav Hodás, PhD.Lecture4BIA403Geodesy 1
RNDr. Michaela Holešová, PhD.Lecture, Seminar4BIA104Descriptive Geometry
RNDr. Michaela Holešová, PhD.Seminar4BIA106Mathematical Seminar 1
RNDr. Michaela Holešová, PhD.Seminar4BIA207Mathematical Seminar 2
Mgr. Zuzana HrabovskáSeminar4BTSC03Physical Education Camp
Mgr. Zuzana HrabovskáSeminar4BTVC01Physical Education 1
Mgr. Zuzana HrabovskáSeminar4BTVC02Physical Education 2
Mgr. Zuzana HrabovskáSeminar4BTVC04Physical Education 3
Mgr. Zuzana HrabovskáSeminar4BTVC05Physical Education 4
Mgr. Zuzana HrabovskáSeminar4BTVC06Physical Education 5
PaedDr. Marián Hrabovský, PhD.Seminar4BTSC03Physical Education Camp
PaedDr. Marián Hrabovský, PhD.Seminar4BTVC01Physical Education 1
PaedDr. Marián Hrabovský, PhD.Seminar4BTVC02Physical Education 2
PaedDr. Marián Hrabovský, PhD.Seminar4BTVC04Physical Education 3
PaedDr. Marián Hrabovský, PhD.Seminar4BTVC05Physical Education 4
PaedDr. Marián Hrabovský, PhD.Seminar4BTVC06Physical Education 5
PaedDr. Tomáš HrnčiarSeminar4BTSC03Physical Education Camp
PaedDr. Tomáš HrnčiarSeminar4BTVC01Physical Education 1
PaedDr. Tomáš HrnčiarSeminar4BTVC02Physical Education 2
PaedDr. Tomáš HrnčiarSeminar4BTVC04Physical Education 3
PaedDr. Tomáš HrnčiarSeminar4BTVC05Physical Education 4
PaedDr. Tomáš HrnčiarSeminar4BTVC06Physical Education 5
Ing. Jakub Chromčák, PhD.Seminar4BIA403Geodesy 1
Ing. Jakub Chromčák, PhD.Laboratory4BIA404Field Practice in Geodesy
Ing. Jakub Chromčák, PhD.Seminar4BIA505Geodesy 2
Mgr. Zuzana IhnatišinováSeminar4BTSC03Physical Education Camp
Mgr. Zuzana IhnatišinováSeminar4BTVC01Physical Education 1
Mgr. Zuzana IhnatišinováSeminar4BTVC02Physical Education 2
Mgr. Zuzana IhnatišinováSeminar4BTVC04Physical Education 3
Mgr. Zuzana IhnatišinováSeminar4BTVC05Physical Education 4
Mgr. Zuzana IhnatišinováSeminar4BTVC06Physical Education 5
doc. Ing. Agnes Iringová, PhD.Lecture, Seminar4BIA105Urban Planning 1
prof. Ing. Libor Ižvolt, PhD.Lecture4BIA503Railway Engineering 1
prof. Ing. Libor Ižvolt, PhD.Lecture4BIA601Bachelor´s Dissertation and Thesis Defense
prof. Ing. Libor Ižvolt, PhD.Laboratory4BIA603Optional Subject of Final Examination
doc. Ing. Jana Ižvoltová, Dr.Lecture4BIA403Geodesy 1
doc. Ing. Jana Ižvoltová, Dr.Lecture4BIA505Geodesy 2
doc. Ing. Dušan Jandačka, PhD.Lecture, Seminar4BIA410Environment Protection and Safety and Protection at Work
Mgr. Marián Janek, PhD.Seminar4BIA205Physical Seminar
PaedDr. Igor JaníčekSeminar4BTSC03Physical Education Camp
PaedDr. Igor JaníčekSeminar4BTVC01Physical Education 1
PaedDr. Igor JaníčekSeminar4BTVC02Physical Education 2
PaedDr. Igor JaníčekSeminar4BTVC04Physical Education 3
PaedDr. Igor JaníčekSeminar4BTVC05Physical Education 4
PaedDr. Igor JaníčekSeminar4BTVC06Physical Education 5
PaedDr. Róbert JanikovskýSeminar4BTSC03Physical Education Camp
PaedDr. Róbert JanikovskýSeminar4BTVC01Physical Education 1
PaedDr. Róbert JanikovskýSeminar4BTVC02Physical Education 2
PaedDr. Róbert JanikovskýSeminar4BTVC04Physical Education 3
PaedDr. Róbert JanikovskýSeminar4BTVC05Physical Education 4
PaedDr. Róbert JanikovskýSeminar4BTVC06Physical Education 5
PaedDr. Zuzana KazániováSeminar4BTSC03Physical Education Camp
PaedDr. Zuzana KazániováSeminar4BTVC01Physical Education 1
PaedDr. Zuzana KazániováSeminar4BTVC02Physical Education 2
PaedDr. Zuzana KazániováSeminar4BTVC04Physical Education 3
PaedDr. Zuzana KazániováSeminar4BTVC05Physical Education 4
PaedDr. Zuzana KazániováSeminar4BTVC06Physical Education 5
doc. Ing. Andrea Kociánová, PhD.Lecture, Seminar4BIA502Transportation Engineering 1
prof. Ing. Peter Koteš, PhD.Lecture, Seminar4BIA406Concrete Structures 1
prof. Ing. Peter Koteš, PhD.Lecture4BIA507Masonry Structures 1
prof. Ing. Peter Koteš, PhD.Laboratory4BIA603Optional Subject of Final Examination
prof. Ing. Peter Koteš, PhD.Lecture4BIA605Bridges
Ing. Patrik Kotula, PhD.Lecture, Laboratory4BIA107Civil Chemistry
Ing. Patrik Kotula, PhD.Seminar4BIA406Concrete Structures 1
Ing. Patrik Kotula, PhD.Lecture, Seminar4BIA507Masonry Structures 1
doc. Ing. Matúš Kováč, PhD.Lecture, Seminar4BIA501Road Engineering 1
doc. Ing. Matúš Kováč, PhD.Laboratory4BIA508CAD 2
doc. Ing. Matúš Kováč, PhD.Laboratory4BIA603Optional Subject of Final Examination
prof. Ing. Karel Kovářík, CSc.Lecture, Seminar4BIA203Hydromechanics and Hydrology
prof. Ing. Karel Kovářík, CSc.Lecture, Seminar4BIA408Hydrotechnical Structures
Mgr. Elena KozáčikováSeminar4BTSC03Physical Education Camp
Mgr. Elena KozáčikováSeminar4BTVC01Physical Education 1
Mgr. Elena KozáčikováSeminar4BTVC02Physical Education 2
Mgr. Elena KozáčikováSeminar4BTVC04Physical Education 3
Mgr. Elena KozáčikováSeminar4BTVC05Physical Education 4
Mgr. Elena KozáčikováSeminar4BTVC06Physical Education 5
Ing. Jakub Kraľovanec, PhD.Seminar, Laboratory4BIA102Building Materials
Ing. Jakub Kraľovanec, PhD.Seminar4BIA406Concrete Structures 1
Ing. Jakub Kraľovanec, PhD.Laboratory4BIA510Semestral Project of Concrete Structures and Steel Structures
Ing. Jakub Kraľovanec, PhD.Laboratory4BIA611CAD 3
prof. RNDr. Jozef Kúdelčík, PhD.Lecture, Seminar, Laboratory4BIA201Physics
prof. RNDr. Jozef Kúdelčík, PhD.Seminar4BIA205Physical Seminar
doc. Ing. Mária Kúdelčíková, PhD.Lecture, Seminar4BIA101Mathematics 1
doc. Ing. Mária Kúdelčíková, PhD.Lecture4BIA104Descriptive Geometry
doc. Ing. Mária Kúdelčíková, PhD.Lecture, Seminar4BIA202Mathematics 2
doc. Ing. Daniela Kuchárová, PhD.Laboratory4BIA602Compulsatory Subject of Final Examination
doc. Ing. Gabriela Lajčáková, PhD.Seminar4BIA204Statics of Structures 1
Ing. Jaroslav Leštach, PhD.Lecture, Seminar4BIA306Engineering Networks
PaedDr. Ľudmila MalachováSeminar4BTSC03Physical Education Camp
PaedDr. Ľudmila MalachováSeminar4BTVC01Physical Education 1
PaedDr. Ľudmila MalachováSeminar4BTVC02Physical Education 2
PaedDr. Ľudmila MalachováSeminar4BTVC04Physical Education 3
PaedDr. Ľudmila MalachováSeminar4BTVC05Physical Education 4
PaedDr. Ľudmila MalachováSeminar4BTVC06Physical Education 5
Mgr. Jana MalchováSeminar4BIA305Foreign Language 1
Mgr. Jana MalchováSeminar4BIA402Foreign Language 2
prof. Ing. Jozef Melcer, DrSc.Lecture4BIA301Statics of Structures 2
prof. Ing. Jozef Melcer, DrSc.Laboratory4BIA602Compulsatory Subject of Final Examination
prof. Ing. Ján Mikolaj, CSc.Lecture4BIA604Construction Preparation and Management
prof. Ing. Martin Moravčík, PhD.Laboratory4BIA603Optional Subject of Final Examination
PaedDr. Lenka Môcová, PhD.Seminar4BIA305Foreign Language 1
PaedDr. Lenka Môcová, PhD.Seminar4BIA402Foreign Language 2
doc. Ing. Juraj Mužík, PhD.Laboratory4BIA411Computer Programming 1
doc. Ing. Giang Nguyen, CSc.Laboratory4BIA304Soil Mechanics
doc. Ing. Giang Nguyen, CSc.Lecture, Seminar4BIA504Engineering Geology 1
doc. Ing. Giang Nguyen, CSc.Laboratory4BIA603Optional Subject of Final Examination
doc. Ing. Jaroslav Odrobiňák, PhD.Lecture4BIA407Steel Structures 1
doc. Ing. Jaroslav Odrobiňák, PhD.Lecture4BIA506Timber Structures 1
doc. Ing. Jaroslav Odrobiňák, PhD.Lecture4BIA601Bachelor´s Dissertation and Thesis Defense
doc. Ing. Jaroslav Odrobiňák, PhD.Laboratory4BIA603Optional Subject of Final Examination
doc. Ing. Jaroslav Odrobiňák, PhD.Lecture4BIA605Bridges
Mgr. Katarína Pankuchová, PhD.Seminar4BIA305Foreign Language 1
Mgr. Katarína Pankuchová, PhD.Seminar4BIA402Foreign Language 2
doc. Ing. Daniel Papán, PhD.Lecture, Seminar4BIA303Strength and Elasticity 1
doc. Ing. Daniel Papán, PhD.Lecture4BIA601Bachelor´s Dissertation and Thesis Defense
doc. Ing. Daniel Papán, PhD.Laboratory4BIA602Compulsatory Subject of Final Examination
Ing. Zuzana Papánová, PhD.Lecture4BIA204Statics of Structures 1
Ing. Zuzana Papánová, PhD.Lecture4BIA301Statics of Structures 2
Ing. Zuzana Papánová, PhD.Lecture, Seminar4BIA303Strength and Elasticity 1
Ing. Ľuboš Remek, PhD.Lecture, Seminar4BIA604Construction Preparation and Management
doc. Ing. Eva Remišová, PhD.Laboratory4BIA405Special Practice Bc.
doc. Ing. Eva Remišová, PhD.Lecture, Seminar4BIA606Road Engineering 2
Ing. Róbert Sásik, PhD.Laboratory4BIA404Field Practice in Geodesy
doc. Mgr. Dana Sitányiová, PhD.Lecture, Seminar, Laboratory4BIA103Geology and Geomorfology
doc. Mgr. Dana Sitányiová, PhD.Lecture, Seminar4BIA203Hydromechanics and Hydrology
doc. Mgr. Dana Sitányiová, PhD.Lecture, Seminar4BIA408Hydrotechnical Structures
doc. Mgr. Dana Sitányiová, PhD.Lecture4BIA601Bachelor´s Dissertation and Thesis Defense
Mgr. Jozef SklenárSeminar4BTSC03Physical Education Camp
Mgr. Jozef SklenárSeminar4BTVC01Physical Education 1
Mgr. Jozef SklenárSeminar4BTVC02Physical Education 2
Mgr. Jozef SklenárSeminar4BTVC04Physical Education 3
Mgr. Jozef SklenárSeminar4BTVC05Physical Education 4
Mgr. Jozef SklenárSeminar4BTVC06Physical Education 5
Ing. Daša SmrčkováSeminar4BIA403Geodesy 1
Ing. Daša SmrčkováLaboratory4BIA404Field Practice in Geodesy
Ing. Daša SmrčkováSeminar4BIA505Geodesy 2
Ing. Štefan Šedivý, PhD.Lecture, Seminar4BIA509Economy in Building Industry
doc. Ing. Janka Šestáková, PhD.Laboratory4BIA405Special Practice Bc.
doc. Ing. Janka Šestáková, PhD.Laboratory4BIA603Optional Subject of Final Examination
doc. Ing. Janka Šestáková, PhD.Lecture, Seminar4BIA607Railway Engineering 2
doc. Ing. Janka Šestáková, PhD.Laboratory4BIA610Semestral Project of Road Engineering and Railway Engineering
doc. Ing. Juraj Šrámek, PhD.Lecture4BIA609Construction of Technologies 1 - Building Engines and Mechanization
doc. Ing. Mária Trojanová, PhD.Lecture4BIA509Economy in Building Industry
Ing. Veronika Valašková, PhD.Lecture4BIA204Statics of Structures 1
Ing. Veronika Valašková, PhD.Lecture4BIA301Statics of Structures 2
Mgr. Ján ValúchSeminar4BTSC03Physical Education Camp
Mgr. Ján ValúchSeminar4BTVC01Physical Education 1
Mgr. Ján ValúchSeminar4BTVC02Physical Education 2
Mgr. Ján ValúchSeminar4BTVC04Physical Education 3
Mgr. Ján ValúchSeminar4BTVC05Physical Education 4
Mgr. Ján ValúchSeminar4BTVC06Physical Education 5
Ing. Martin Vavruš, PhD.Lecture, Seminar, Laboratory4BIA102Building Materials
Ing. Martin Vavruš, PhD.Seminar4BIA406Concrete Structures 1
Ing. Martin Vavruš, PhD.Laboratory4BIA510Semestral Project of Concrete Structures and Steel Structures
prof. Ing. Josef Vičan, CSc.Lecture4BIA407Steel Structures 1
prof. Ing. Josef Vičan, CSc.Laboratory4BIA603Optional Subject of Final Examination
Ing. Jozef Vlček, PhD.Seminar4BIA401Foundation of Structures 1
e - f List of the supervisors of final theses with the assignment to topics

The study program has no graduates yet.

The supervisor of the bachelor's thesis can be any of the above teachers who lead lectures, exercises or laboratory exercises in any of these profile subjects:

Statics of Structures
Strength and Elasticity
Soil Mechanics
Foundation of Structures
Concrete Structures
Steel Structures
Timber Structures
Masonry Structures
Transportation Engineering
Railway Engineering
Road Engineering
Bridges

g Student representatives representing the interests of students of the study programme

At the university level, especially through the student section of the UNIZA Faculty of Civil Engineering Senate: Ing. Miroslav Jančula and Zuzana Čeľovská.

At the faculty level, these are students representing the student section of the academic community in the Faculty of Civil Engineering Academic Senate for the 1st and 2nd level of university study, namely Bc. Bibiána MartinovičováBc. Lenka Lapašová and Bc. Matej Prišč,

Students can also notify the current vice-dean for study and pedagogical activities or through a study advisor in their program (in accordance with Methodological Guideline No. 6/2021 on study advisers at the Faculty of Civil Engineering of the University of Žilina).

h Study advisor of the study programme

The activities of study advisors at the Faculty of Civil Engineering, UNIZA are guided by Methodological Guideline No. 6/2021 on study advisors at the Faculty of Civil Engineering of the University of Žilina). The current study advisor for this study program is:

Ing. Soňa Masarovičová, PhD.

sona.masarovicova@uniza.sk, +421 41 513 5760, room AE114

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

Study Department of Faculty of Civil Engineering, UNIZA

Study Assistants: Mgr. Mariana Hírešová a Monika Ilovská

Contact: +421 41 513 5512, fstav-studref@uniza.sk

office hours Monday - Thursday 8.00 – 11.00   13.00 – 14.00

Accommodation Department Hliny V.

Anna Kačiaková, anna.kaciakova@uniza.sk, +421 41 513 1476

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 following classrooms of profile workplaces are used for teaching subjects in the study program:

  • Classroom - above standard (software): AC105, AC106, AC205, AC206
  • Classroom - standard: AE102, AE103, AE013, AE202, AE203, AE303

Above-standard classrooms - are classrooms equipped with computer technology and up-to-date software for teaching Profile Subjects such as AutoCAD, MicroStation, Scia Engineer, Midas Civil, IDEA StatiCa, Geo 5, etc. Standard classroom means a classroom with standard equipment (computer, data projector, whiteboard, wi-fi, connection by a separate computer, ....). All classrooms are suitable for disabled students.

In addition to these classrooms, university-wide classrooms are used, the list of which is available on the e-learning website. With these classrooms, it has a schedule department, which assigns them to individual study programs and subjects according to the number of students and the requirements of faculties / departments. A preview of these teaching and technical equipment is provided in the form of a virtual tour of the university - Virtual Tour UNIZA.

The following laboratories are used in the study program within the subjects:

  • Laboratories: AF016, BJ035 – laboratory
  • Laboratories with special equipment: AE013, BJ037, BJ040
  • Heavy Laboratory: BI025.

Faculty of Civil Engineering has processed virtual tours of laboratories with a description of material and technical equipment at - Virtual Tour of the Faculty of Civil Engineering, UNIZA. In addition, the material and technical equipment of laboratories and laboratory classrooms is registered in the catalogue on the website of the Information System for UNIZA Projects.

Faculty of Civil Engineering, UNIZA is equipped with devices and equipment that enable students, in cooperation with teachers and researchers, to acquire professional knowledge from the entire spectrum of activities of the field of study during the processing of bachelor's, diploma and doctoral theses. In the laboratories of the departments and in the Laboratory of the Faculty of Civil Engineering, UNIZA (accredited by Slovak National Accreditation Service - SNAS), there is instrumentation corresponding in close connection to the scientific-research profiles of the departments. All laboratories of the departments are accessible to students. They are regularly taught and are also available to bachelors, masters, and doctoral students in the processing of bachelor's, diploma, resp. doctoral theses.

Department of Structural Mechanics and Applied Mathematics has a long tradition in the field of experimental research. The laboratory works on the basis of electronic devices, whether analog or digital.

The laboratory of the Department of Geotechnics which is located in the building BJ3 teaches a basic experimental program of soil and rock mechanics tests, and some special geotechnical tests to determine filtration and technological properties. The laboratory has at its disposal a unique large-scale device for shear and deformation tests for testing earth structures reinforced with geosynthetics and a unique mobile device - the static penetration set PAGANI TG 63-200.

Department of Structures and Bridges has the necessary equipment for research in the field of resistance of structures (hydraulic pulsator and breaking track, ALPHA press, MATEST press), as well as for monitoring stresses and deformations in experimental analyses of the behaviour of load-bearing elements under load. It has a measuring line for the measurement of deformations of structures and bridges SPIDER 8 with applications in laboratory conditions as well as in situ. The department's instrumentation includes a SONAGAG ultrasonic thickness gauge, a PUNDIT ultrasonic device, a DYNAMETER tear test device, a PROFOMETER 5 device for determining the position of reinforcement, a hardness tester for measuring the hardness and subsequent strength of metals EQUOTIP, a corrosion analyser, etc.

Experimental measurements in the laboratory of the Department of Highway and Environmental Engineering located in the BJ037 building are supplemented by laboratory tests aimed at determining the heat and technical characteristics of road construction materials. In the field of materials used in the construction layers of road roads, the department has sufficient instrumentation to determine the quality parameters of aggregates and top instrumentation to determine the quality parameters of various types of binders and asphalt mixtures according to current STN EN (Eurocodes). It also has sufficient instrumentation to simulate the effects of climatic influences on road construction materials and has a penetration radar to detect layers of road structures. The department is equipped with devices for automated monitoring of traffic flow elements and analysis of emission and noise conditions along roads.

For educational and scientific research activities, Department of Railway Engineering and Track Management uses an experimental base, which includes an outdoor test stand, air-conditioned cabinet, hydraulic jack, pulsator, equipment for determining the deformation resistance of structural layers of the basement and a device for determining the penetration module. The department also has instruments and equipment for measuring and recording the geometric parameters of the track (measuring trolley KRAB-Light), deformation and temperature characteristics, various types of compaction equipment and equipment for particle size distribution of bulk materials (vibrating table, sets of screens, dryers).

Further information on the allocation, use, monitoring, and decommissioning of spatial, material and technical resources is described in Articles 7-14 of Directive No. 217 (Resources to Support Educational, Creative and Other Related Activities of the University of Žilina in Žilina).

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.)

The basic information system for the process of education and teaching at UNIZA is the Academic Information and Education System (AIVS). It covers the detached workplaces of the university. The university Wi-Fi network supports EDUROAM. Its web application Education is available to students from both the university domain and the Internet.

For more information, see Directive No. 217 (Resources to Support Educational, Creative and Other Related Activities of the University of Žilina in Žilina), in particular its Article 16, and also Directive No. 218 (On the Collection, Processing, Analysis and Evaluation of Information to Support the Management of Study Programmes).

Access to the compulsory literature listed in the Information Sheet (available in the Education system) of the relevant subject is available either in the University Library or directly or through its sub-libraries at the relevant departments, depending on the type and form of literature and study materials. Most of the newer titles published by the University of Žilina are also available in the EDIS university publishing house.

Another frequently used form is the provision of study materials needed for the processing of specific tasks directly by the relevant teachers, unless it is freely available material (especially presentations from lectures, some sample solutions, excerpts from technical standards and various illustrative examples. These materials are most often available either in the LMS Moodle learning platform, through shared materials in MS-Teams, or by e-mail, rarely only in exceptional cases in the form of physical copies.

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

The focus of the work of distance education and study control at Faculty of Civil Engineering, UNIZA is E-education, the teaching part of which is based on LMS Moodle. The organization of the courses is based on guided study with the support of information and communication technologies in close connection with AIVS. E-learning has been used at the university since the academic year 2004/2005.

For the needs of online lectures and exercises, MS Teams is mainly used, the instructions of the University Centre of Information and Communication Technologies are available: Microsoft Teams – Information and Educational Teams.

d Institution partners in providing educational activities for the study programme and the characteristics of their participation

Slovak Chamber of Civil Engineers (SKSI) - participates in the creation of the study plan

Metrostav, a.s. - providing professional practice, selective lectures, videos

Doprastav, a.s. - providing professional practice, selective lectures, videos

Váhostav-SK, a.s. - providing professional practice, selective lectures, videos

Strabag, s.r.o. - providing professional practice, selective lectures, videos

Eurovia, a.s. - providing professional practice, selective lectures, videos

Reming Consult, a.s. - selective lectures, providing professional practice

AFRY CZ, s.r.o - selective lectures, providing professional practice

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

At the university level, the possibilities of social, sports, cultural, spiritual and social activities are described in Directive No. 217 (Resources to Support Educational, Creative and Other Related Activities of the University of Žilina in Žilina), in particular Articles 17, 18 and 19.

The formation of organizations and associations is governed by the procedures set out in Directive No. 123 - Modification of basic principles in creating groups of students and staff at the University of Žilina. List of Student Organizations / Clubs / Associations currently operating at UNIZA:

  1. a) GAMA Club
    b) Council of accommodated students Veľký Diel
    c) Council of accommodated students Hliny
    d) Internet Club
    e) Í-Tečko
    f) Railway Friends Club
    g) Rapeš
    h) Radio X
    i) Erasmus Student Network (ESN)
    j) University Fire Sport Club UNIZA,

The Folklore Ensemble - Stavbár and the University Pastoral Centre, a purpose-built facility for the church and religious society, also operate at UNIZA.

All sports activities of UNIZA students and employees are organized and managed by the Institute of Physical Education UNIZA (as a university-wide workplace with the aim of developing a program of physical activities for UNIZA students and employees. The institute organizes one-day and multi-day sports courses at home and abroad.

For those interested in performance sports, there are sections of the sports club ACADEMIC UNIZASlávia – University of Žilina and HC UNIZA.

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, the processes, procedures, and structures are defined by Directive No. 219 (Mobility Programmes of UNIZA Students and Staff Abroad) and materials available on the university websites in the Study Abroad and Erasmus+ tabs.

The faculty actively supports students' stays at other educational institutions. At the faculty level, the Vice-Dean for Development and International Relations has a coordination of these activities in his portfolio (Ing. Petra Bujňáková, PhD.), Who also provides comprehensive advice in the event of stays abroad. Together with the study advisor of the study program (Ing. Soňa Masarovičová, PhD.), They are able to provide sound advice and choose from the current offer of programs. As the faculty itself currently has up to 42 contracts signed within the Erasmus + program, each student who expresses an interest in a stay abroad is treated individually, depending on the semester of study, language skills and its preferences, so that the potential study stay is as large as possible in terms of contribution to the professional and personal growth of the applicant. Applicants will always find up-to-date information available for students of the Faculty of Education on the faculty pages in the tabs dedicated to Study Abroad (Faculty of Civil Engineering) and calls within the Erasmus+ (Faculty of Civil Engineering) scheme.

 

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

The basic condition for admission to bachelor's studies (first-degree study program) is the acquisition of a full secondary education or a full secondary vocational education (Act on Higher Education Institutions No. 131/2002 Coll., As amended). In the case of a foreign applicant, resp. of a student who has completed secondary school studies abroad, this is an education comparable to the education completed by the school-leaving examination in the Slovak Republic.

Applicants who are interested in the Faculty of Civil Engineering are offered free tutoring in mathematics and physics before starting their bachelor's studies, so as to consolidate their foundations from these subjects, which form the Core Knowledge for Technical Subjects in the study program.

b Admission procedures

At the university level, the processes, procedures, and structures are defined by Directive No. 206 (Principles and Rules of Admission Procedure to Study at the University of Žilina in Žilina).

At the faculty level, Dean's Order No. 3/2021 on the conditions of the admission procedure in 2021 for the study of study programs provided by the Faculty of Civil Engineering of the University of Žilina in bachelor's and master's studies.

For the next academic year, the rules of the admission procedure are regulated by the Principles and Rules of the Faculty Admission Procedure (Principles and rules of the admission procedure for the 1st level of study programs provided by the Faculty of Civil Engineering of the University of Žilina).

Those interested in studying will also benefit from the Information Leaflets on the Possibility of Studying at Faculty of Civil Engineering, UNIZA.

c Results of the admission process over the last period

CE had only one candidate so far and he was rejected for poor quality.

Since the faculty has collaborated with more than 40 other institutions across Europe as part of the Erasmus/Erasmus+ exchange programmes, the bachelor study program "Civil Engineering" has not been preferred so far. Students of Erasmus/Erasmus+ exchange programmes were teached the same subjects as those offered in CE study program.

However, due to the growing number of applications from abroad to study in the last year, there is also expected increased interest in a comprehensive study program in English, not only in a one-semester stay within the exchange program.

10. Feedback on the quality of provided education
a Procedures for monitoring and evaluating students' opinions on the study programme quality

At the department level, subject guarantors conduct their own anonymous questionnaire surveys at the end of the semester in an effort to obtain feedback. The findings are then projected into the teaching process in the next academic year.

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

Questionnaires for students are regularly evaluated and published on the faculty's website in the Internal Quality System of the Faculty of Civil Engineering. At the department level, this happens at regular departmental meetings, at the faculty level, the results are analysed also at meetings of the dean's college. Recommendations and conclusions are confronted at regular meetings of the faculty management with the academic community of the faculty.

The results of the questionnaire survey have been published since the academic year 2010/2011. An example of a specific evaluation for the last academic year can be found at 2020_2021_Quastionare_Students.

 

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

The graduate questionnaire can be filled in interactively at: https://svf.uniza.sk/absolvent/. Its evaluation has been carried out regularly since 2012 and is available on the faculty's website in the Internal Quality System of the Faculty of Civil Engineering. Encouraging to the faculty is that there were no answers in the surveys that they were dissatisfied with the education provided. 

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

UNIZA website

www.uniza.sk

Internal Quality Assurance System at the University of Žilina in Žilina

https://www.uniza.sk/index.php/univerzita/vseobecne-informacie/vnutorny-system-zabezpecovania-kvality-uniza

S 236_2023 UNIZA Statute as amended by Appendices 1 to 5

https://www.uniza.sk/images/pdf/uradna-tabula/smernice-predpisy/2023/28022023_S-236-2023-Statut-UNIZA.pdf

S 110_2013 Study Regulations for the Third Degree of the University Study at the University of Žilina in Žilina in stmp. Appendices 1 to 3

https://www.uniza.sk/images/pdf/uradna-tabula/smernice-predpisy/10122020_S-110-2013-Studijny-poriadok-PhD-v-zneni-D1-a-D3.pdf

S 132_2015 On free access to information

http://uniza.sk/document/Zasady_SI_ZU_VI-2015.pdf

S 149_2016 Organizational rules as amended by Appendices No. 1 to 17

https://www.uniza.sk/images/pdf/uradna-tabula/smernice-predpisy/2021/02092021_S-149-2016-Organizacny-poriadok-UNIZA-D1-az-D16-07062021.pdf

S 152_2017 Principles of publishing activities of UNIZA, as amended by Appendix No. 1

SM152-zasady-edicnej-cinnosti-31032020.pdf (uniza.sk)

S 159_2017 Work order

https://www.uniza.sk/images/pdf/uradna-tabula/smernice-predpisy/S-159_2017-Pracovn-poriadok_03112017.pdf

S 163_2018 Accommodation regulations of accommodation facilities UNIZA

https://www.uniza.sk/images/pdf/ubytovanie/27082018_Ubytovaci-poriadok-od-01092018.pdf

S 167_2018 Rules of procedure of the disciplinary. UNIZA commissions as amended Add_No_1

https://www.uniza.sk/images/pdf/uradna-tabula/smernice-predpisy/2021/09072021_S-167-2018-Rokovaci-poriadok-disciplinarnych-komisii-UNIZA.pdf

S 180_2019 Grant system of the University of Žilina as amended by D1 to D2

04082021_S-180-2021-Grantovy-system-Zilinskej-univerzity-v-Ziline-v-zneni-Dodatku-c-2-26072021.pdf (uniza.sk)

S 200_2021 Principles of selection procedure

https://www.uniza.sk/images/pdf/uradna-tabula/smernice-predpisy/2021/02092021_S-200-2021-Zasady-vyberoveho-konania.pdf

S 202_2021 Criteria for the occupation of the functions of professors and associate professors and the principles of occupation of the functions of guest professors

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-202.pdf

S 207_2021 UNIZA Code of Ethics of the University of Žilina in Žilina

https://www.uniza.sk/images/pdf/uradna-tabula/smernice-predpisy/2021/12072021_S-207-2021-Eticky-kodex-UNIZA.pdf

S 208_2021Rules for the Acquisition of Rights, Harmonization of Rights, Regulation and Cancellation of Rights to Habilitation and Inauguration Proceedings at the University of Žilina in Žilina

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-208.pdf

S 210_2021 Statute of the Accreditation Board of the University of Žilina in Žilina

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-210.pdf

S 211_2021 Procedure for Obtaining the Scientific-Pedagogical Titles and Artistic-Pedagogical Titles

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-211.pdf

S 213_2021 Quality assurance policies at UNIZA

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-213.pdf

S 214_2021 Internal quality system structures

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-214.pdf

S 216_2021 Quality Assurance Policies at the University of Žilina in Žilina

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-216.pdf

S 220_2021 Evaluation of the Creative Activity of Employees in Relation to Quality Assurance of Education at the University of Žilina in Žilin

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-220.pdf

S 221_2021 Cooperation of the University of Žilina in Žilina with External Partners from Practice

https://www.uniza.sk/images/pdf/kvalita/2021/smernica-UNIZA-c-221.pdf

S 222_2021 Internal quality assurance system at UNIZA

https://www.uniza.sk/images/pdf/kvalita/2022/smernica-UNIZA-c-222-dodatok-1.pdf