A graduate of the Integrated Safety engineering study program knows: • characterize the issue of safety, health protection at work, environmental science and fire engineering in the field of industrial enterprises and in the sphere of services, • describe and explain knowledge from the engineering fields of fire and explosion theory, risk management methods, environmental science and environmental chemistry, extinguishing agents and fire safety, toxicology, remedial technologies and waste management or environmental protection and safety, • characterize problems in the area of safety and designing safer workplaces, further understands the principles of environmental science and the basis of their technologies and the basis of production quality, • characterize documentation related to the field of safety and health protection at work, environmental studies and related legislation and can describe engineering solutions to problems in the field of safety and the environment, • characterize and classify dangerous substances, describe their properties and, based on their properties, describe the methods of handling these substances, • describe and explain the issue of risk analysis, evaluation and management and, based on own findings, draw conclusions from the facts found, • characterize quality in the area of safety and environment and increase its level, • describe knowledge in the field of workplace safety and dedicated technical equipment, • characterize and classify parameters of the working environment and describe solutions to increase safety, • describe knowledge in the field of fire-technical characteristics of the workplace and working environment and can process documentation related to fire engineering.
A graduate of the Integrated Safety engineering study program knows and can: • process professional documentation in the field of safety, health protection at work, environmental science and fire engineering in the field of industrial enterprises and in the sphere of services, • apply knowledge from the engineering fields of fire and explosion theory, risk management methods, environmental science and environmental chemistry, extinguishing agents and fire safety, toxicology, remedial technologies and waste management or environmental protection and safety, • process and solve problems in the area of safety and designing safer workplaces, further understands the principles of environmental science and the basis of their technologies and the basis of production quality, • process documentation related to safety and health protection at work, environmental studies and related legislation and can propose engineering solutions to problems in the field of safety and environment, • process documentation related to the requirements of the working environment in the field of environmental science and safety, • work with dangerous substances, assess their properties and, based on their properties, propose methods of handling these substances, • analyze, assess and manage risks and draw conclusions from the facts found based on own findings, • assess the quality in the area of safety and environment and increase its level, • apply knowledge and propose professional solutions in the field of workplace safety and dedicated technical equipment, • determine the parameters of the working environment and propose solutions to increase safety, • determine and critically assess the fire-technical characteristics of the workplace and work environment and can process documentation related to fire engineering.
A graduate of the Integrated Safety study program has the ability to: • work independently as an authorized safety technician mastering the basics in the field of safety, environment and fire protection, • work independently as a fire protection technician and as an expert for serious industrial accidents, • independently analyze problems in the field of safety and the environment and propose professional and innovative solutions in the monitored areas, • keep professional documentation of the production company in the field of safety, environment and fire protection. At the end of the studies, the graduate of the engineering degree prepares a diploma thesis related to safety, fire protection and the environment in order to demonstrate the knowledge acquired during the studies in the work.
Graduates of the study program Integrated safety, 2nd level, will be employed in practice as experts in the field of safety and health protection at work, fire engineering and environmental engineering. The share of students who find employment after studying at the second level is at the level of 80%. A substantial part of students with excellent results (approx. 10%) find employment at the third level of study.
An engineering graduate will apply as an authorized safety or fire technician. It is also possible to apply in the engineering field of environmental science and safety, where he can process the necessary documentation and manage a team of people working in the field of safety and environment. He will also apply as a valid member of risk analysis and management teams. Furthermore, it will be applied to managerial positions in the field of risk analysis and management, environmental technologies and integrated safety management systems. risk analyst and in the field of dedicated technical equipment. Also, the graduate will apply in the field of fire and forensic engineering from the field of fire safety. It can be applied in the field of integrated safety research, explosions and occupational safety in managerial positions. He can continue his doctoral studies in follow-up study programs of a related focus.
doc. Ing. Kristina Gerulová, PhD. (Vice dean of MTF STU) Ing. Marcel Kuracina, PhD. (UNIQA, Head of Risk Engineering) Ing. Matej Menčík, PhD. (Faurecia Slovensko, senior EHS manager) Ing. Michal Vereš (ŽOS Vrútky, chairman of the board) Ing. Roman Kusý (ZSSK, director of the inspection and control department of ZSSK) Ing. Marek Rolinec (Head of Industrial Safety Culture, Emirates Nuclear Energy Corporation) Ing. Miroslav Slovák (Saneca Pharmaceutical, head of SHE) Ing. Branislav Birčák (head of the radiation protection department A1, TSÚ RAO, MSVP and RÚ RAO) Michal Braniš (IKEA Industry, head of the HSE department) Ing. Martin Trnovský (GAJOS, head of the HSE department) Ing. Ivan Reho (presidium of HaZZ SR) Ing. Michal Belčík (Veolia Energia Slovakia, QHS specialist)
The Integrated Safety study program is compiled in accordance with current trends and practical requirements in the field of safety and health protection at work in combination with fire engineering and environmental engineering. Employers (Faurecia, Slovnaft, VUKI, BeSoft ...) positively evaluate the independence and ability of graduates of the study program to apply theoretical and technical knowledge in solving specific problems of industrial practice.This is not the case for regulated professions.
