Fire Engineering

The University Specialist Study in Fire Engineering is a postgraduate multidisciplinary program designed for all technical professions (civil engineers, architects, mechanical and electrical engineers, etc.) involved in the design, construction, and maintenance of buildings from the perspective of fire safety. Therefore, the study program includes courses dealing with the phenomenon of fire and smoke development, its impact on people, materials, and structures, and ultimately methods for systematic fire protection based on scientific knowledge in this field.

The primary objective of the postgraduate specialist study in Fire Engineering is the application of engineering and scientific methods to achieve a more objective assessment of the effects of fire on people and buildings in specific situations, thereby increasing the safety of individuals, buildings, and the environment. It is essential to establish the boundary of acceptable and realistic risk, along with the cost-effectiveness of the measures applied. The study program has been conducted since the academic year 2006/2007.

ADMISSION REQUIREMENTS

The program is conducted every other year. Applicants apply for the program based on a public announcement issued by the Faculty no later than May 1st of the current year for the following academic year.

Who Can Enroll?

Anyone who has completed a university graduate program or undergraduate program (according to previous regulations) in the group of faculties of Technical Sciences can enroll in the Specialist Study program. Exceptionally, a university specialist study program can be undertaken by an individual who has completed a professional graduate study, subject to passing additional exams determined by the Scientific commitee and with at least five years of work experience in the field related to the study.

STUDY PROGRAM

Classes are held on weekends (Friday afternoons and Saturdays), covering one course at a time. Participants' responsibilities include attending classes, taking exams, completing projects and seminars, and working on the final specialist paper according to the study plan. The program also includes a study trip where participants are introduced to representative buildings from the perspective of fire protection (such as the BMW Center in Munich, Germany; the Museum of Contemporary Art in Graz, Austria; the wooden building of InnoRenew CoE in Izola, Slovenia; hospitals in Vienna, Austria, among others), manufacturing processes (Trox smoke extraction system factory, Germany), or representative laboratories (such as the Fire Laboratory in Logatec, Slovenia) in this field.

The Specialist Study program lasts for one year, divided into two semesters. Students are required to complete the program within a maximum period of 2 years from the date of enrollment. To successfully complete the program, a total of 60 ECTS credits are required, with students needing to earn 42 ECTS credits from passing exams and 18 ECTS credits from the specialist paper.

Specialist Thesis

The student needs to submit the topic of the specialist thesis upon enrollment in the second semester. Instructions for submission and completion of the specialist thesis are provided in the attached document.

List of Specialist Theses

1. Čusak, Lj. (2010) The Impact of Fire on Building Safety, a Concept of New Technical Regulations. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Bjegović, D.].
2. Jeremić, M. (2010) Application of the Dow Index Numerical Method. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Bjegović, D.].
3. Mužević, Ž. (2011) Calculation of Evacuation Time from Office Buildings Using a Computer Program. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Bjegović, D.].
4. Hrdalo, I. (2011) Analysis of Atrium Smoke Control Systems, Shopping Malls, and Large Spaces According to NFPA 92B Regulations. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Bjegović, D.].
5. Krmelić, Ž. (2012) Determining Fire Protection Measures Based on Regulations and Fire Engineering Methods: Case Study of Scientific and Educational Activities. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Jošić, M.].
6. Simonić, B. (2012) Claddings and Partitions for Fire Protection in Building Construction. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Bjegović, D.].
7. Halgaš, B. (2013) Fire-resistant Doors as a Component of Fire Safety. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Jošić, M.].
8. Vuić, T. (2013) Reaction to Fire of Exterior Thermal Insulation Composite Systems (ETICS) Based on Expanded Polystyrene and Mineral Wool. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Bjegović, D.].
9. Beber, M. (2013) Automatic Fire Detection Systems in Road Tunnels. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Bjegović, D.].
10. Bošnjak, M. (2013) Conditions for Installing Small Liquefied Petroleum Gas Tanks in the Current Regulations of the Republic of Croatia and Comparison with Technical Practice Rules. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
11. Maslov, T. (2013) Risk Management Model for Fire Incidents in Hotels. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Radujković, M.].
12. Špiljar, Ž. (2013) Comparison of Smoke Control Systems in Underground Garages. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
13. Kamenjašević, M. (2013) Analysis of a Low-pressure Stable Water Mist Fire Suppression System. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
14. Posarić, I. (2014) Risk Analysis Methods for Fire Incidents in Refinery and Petrochemical Plants. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Radujković, M.].
15. Labaš, I. (2015) Analysis of Fire Access in the City of Varaždin and Its Impact on Building Fires. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Jošić, M.].
16. Horvat, B. (2015) Firefighting Strategies in Road Tunnels. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
17. Salopek, D. (2015) Application of Evacuation Theory to Evacuation Plans from HEP Business Premises in Zagreb. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Antić, M.].
18. Špoljarić, I. (2015) Fire Protection Measures for Grain Drying, Processing, and Storage Lines. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Jošić, M.].
19. Živković, I. (2015) Classification of Spaces Endangered by Explosive Atmospheres in Plants for Ethyl Alcohol-Bioethanol Production. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
20. Mužević, M. (2016) Calculation of Structural Resistance to Real Fire Conditions in Warehouse Structures. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Peroš, B.].
21. Rogulj, R. (2017) Design, Maintenance, and Testing of Sprinkler Installations. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
22. Vrdoljak, M. (2017) Application of Evacuation Theory to Evacuation Plans of Konzum Business Premises. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Antić, M.].
23. Čolić, A. (2019) Defining the Impact of Ventilated Facade Components on Fire Spread through Large-scale Sample Testing. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Banjad Pečur, I.].
24. Pekčec, D. (2020) Analysis of Smoke and Heat Exhaust System of a Shopping Mall. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
25. Ivančić, E. (2020) Optimal Fire Protection System for Steel Structure Warehouses. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Jelčić Rukavina, M.].
26. Žižić, B. (2020) Utilization of Alternative Water Sources in Fire Hydrant Networks for Firefighting in Coastal Areas. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Vouk, D.].
27. Zekušić, I. (2020) Maintenance of Fire Hydrant Networks. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Vouk, D.].
28. Vranješ, L. K. (2021) Influence of Fire Exposure on Mechanical Properties of Concrete Structures Reinforced with Natural Fibers. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Boko, I.].
29. Milardović, F. (2021) Modeling Fire Development in a Sports Hall to Assess the Necessity of Roof Steel Structure Protection. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Drakulić, M.].
30. Udovčić Stefanović, M. (2022) Behavior of Steel in Fire. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Banjad Pečur, I.].
31. Janjić, M. (2022) Optimal Fire Protection System for Steel Structure Warehouses. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Skejić, D.].
32. Livaić, M. (2022) Experimental Proof of Fire Resistance of Revision Doors in Fire Walls. Specialist Thesis. Zagreb: University of Zagreb Faculty of Civil Engineering. [Supervisor: Jelčić Rukavina, M.].