University of Technology
Environmental engineering
Technological sciences
Bachelor Programme
Mode of studies: 
full-time programme
8 semesters
Tuition fee: 
3000 EUR per year
Degree awarded: 
Scholarships available: 
Application deadline: 
Sunday, 31 July, 2016
Start date: 
Monday, 3 October, 2016
Credits (ECTS): 
240 (for 7 semesters)
Admission requirements: 

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Environmental Engineering programme prepares students to work in enterprises, administration, planning and design offices or consulting companies.

The first three semesters of the programme provide students with basic knowledge of mathematics, physics, chemistry and biology at the university level. In addition, several engineering basic courses are offered to give students comprehensive understanding of environmental issues. The scientific and engineering courses are complemented by social sciences and humanities subjects to broaden the study perspectives as well as prepare students for professional interaction with people. The next three semesters cover specific topics within the field of environmental engineering. The seventh semester is devoted mostly to working on the final project and preparation of the B.Sc. thesis, in which students use their knowledge to analyse and find a proper solution to a given problem.

Sample modules/Keywords:

HES (Work Environment Protection, Basics of Law and Economics, Economics and Law in Environmental Engineering), Mathematics,  Physics, Chemistry, Biology and Ecology, Information Technology, Environment Protection, Descriptive Geometry and Engineering Graphics, Strength of Materials and Mechanics of Constructions, Material Engineering, Surveying, Informatics, Thermodynamics, Fluid Mechanics, Hydrology, Civil Engineering and Constructions, GIS, Statistics in Environmental Sciences, Meteorology, Soil Protection, Engineering Hydrology and Hydrogeology, Environmental Chemistry, Environmental Biology, Air Pollution Control, Meteorological Measurements and Remote Sensing, Solid Waste Management, Energy Systems and Environment, CAD of Heating and Water Supply Systems, Integrated Water Resource Management, Air Pollution Dispersion Modelling, Renewable Energy Systems, Water Resources Protection, Municipal and Industrial Waste Water Treatment, Environmental Impact Assessment, Field Work.