Environmental protection and sustainable development
About the Study Program
The goal of the study program is to educate professional master environmental protection engineers in a modern and high-quality way, through theoretical and practical teaching. The study program is aimed at acquiring knowledge and skills that enable a thorough knowledge and understanding of the environmental protection system, that is, the education of experts for the successful performance of engineering work and active involvement in work processes in public and private systems that deal with the protection and control of air, water and land, waste management and implementation of the concept of sustainable development in practice.
For information on the entrance exam, see here.
Type/level of study
Master Professional Studies; Second Degree Studies
Professional title
Master (appl.) in Environmental Engineering
Area
Environmental Protection and Occupational Safety Engineering
ECTS
120 ECTS
Duration
Two years; Four semesters
The beginning of the realization of the study program
School Year 2022/2023.
Curriculum
1st Semester
Name of the subject
ECTS
Urban Ecology
5
Elective courses 1
Solid and Hazardous Waste Management
8
Prevention in Occupational Safety and Health
8
Elective courses 2
Biotechnology in Environmental Protection
7
Waste to Energy
7
Elective courses 3
Noise and Vibration Protection
6
Management Fundamentals
6
Modelling of Environmental Systems
4
2nd Semester
Name of the subject
ECTS
Resources in Function of Sustainable Development
7
Transport of Pollutants in Environment
8
Industrial Ecology
5
Waste Logistics
7
Professional Practice 1
3
3rd Semester
Name of the subject
ECTS
Material Flows in Urban Systems
6
Research Methods
6
Elective courses 4
Statistical Methods and Techniques,
8
Municipal Wastewater Management
8
Analysis of Pollutants in Environment
8
4th Semester
Name of the subject
ECTS
Waste Management in Circular Economy
5
Environmental Business
5
Project Management in Field of Environmental Protection
5
Professional Practice 2
3
Final Thesis – applied research
6
Final Thesis – preparation and defence
8