conducted in English) Protection of Intellectual Property Total

Transcription

1 Faculty of Environmental, Geomatic and Energy Engineering Field of study: Environmental Engineering Second-cycle full-time programme passed by the Council of the Faculty of Environmental, Geomatic and Energy Engineering Specialism: Environmental Protection Core modules: 135 hours; 13 ECTS Compulsory field modules: 60 hours; 6 ECTS l lectures, c classes, p project work, lab laboratory classes, E examination Semester 1 Statistics 30 1E Environmental Chemistry Environmental Monitoring Environmental Physics Air Protection Technologies Environmental Control Methods 45 3E Toxicology Renewable Energy Sources Environmental Geoengineering 60 2E Electives (incl. a module Protection of Intellectual Property Total Electives (sem. 1) l p ECTS Biotechnology in Environmental Protection Special-Purpose Processes in Water and Sewage Technologies Flood Prevention Electives conducted in English l p ECTS Principles of Waste Management Rehabilitation of Sewers and Water Supply

2 Semester 2 Entrepreneurship and Innovations Environmental Management Sustainable Technologies Environmental Control Methods Biomass Production and Incineration Computer Science in Environmental Protection Groundwater and Soil Protection 30 1E 1 3 Technologies Solar and Wind Power 60 2E 2 5 Small Hydroelectric Power Stations Biotreatment of Solid Waste Electives (incl. a module Total /390 Electives (sem. 2) l p ECTS Geothermal Energy Maintenance of Renewable Energy Feasibility Study of Environmental Engineering Projects Small Retention Reservoirs Semester 3 Technology and Organisation of Installation Works Safety and Reliability of Engineering Clean Coal Technologies Master s Degree Seminar Master s Degree Thesis

3 Summary Chart Total s Number of hours Total l c lab p Core Field Grand Total Classes, laboratory classes, project work: 675 hours (59,21%) Lectures: 465 hours (40,79%) Grand total: = 1140 hours Faculty of Environmental, Geomatic and Energy Engineering Field of study: Environmental Engineering Second-cycle full-time programme passed by the Council of the Faculty of Environmental, Geomatic and Energy Engineering Specialism: Heating, Ventilation and Air-Conditioning Core modules: 135 hours; 13 ECTS Compulsory field modules: 60 hours; 6 ECTS l lectures, c classes, p project work, lab laboratory classes, E examination Semester 1 Statistics 30 1E Environmental Chemistry Environmental Monitoring Heat-Flow 60 2E Heating E Heat Engineering District Heating Internal Environmental Engineering 30 1E Refrigeration

4 Electives (incl. a module Protection of Intellectual Property Total /26 Field Electives (sem. 1) ECTS l p credit s Design of Low-Temperature Hot-Water Boiler Rooms Fundamentals of Thermal Treatment of Waste Hot Utility Water Distribution 30 Heat and Mass Transfer 30 Field Electives conducted in English l p Refrigeration and Air-Conditioning Devices Heat and Mass Transfer in Buildings Renewable Energy Heating Heat Generation Facilities for Heating ECTS credit s Semester 2 Entrepreneurship and Innovations Environmental Management Sustainable Technologies Ventilation and Air-Conditioning 60 1E 1-2 5

5 Heating and Ventilation Facilities and 45 2E Energy Auditing Heat Pumps and Solar Collectors Fire Ventilation Electives (incl. a module Total /26 Field Electives (sem. 2) ECTS l p Regulation and Control of Heating and Ventilation Facilities Temperature Reduction Technologies Local Extraction Facilities 30 Gas Treatment 30 Semester 3 Safety and Reliability of Engineering Technology and Organisation of Installation Works Intelligent Buildings District Heating and Gas Supply Networks Energy Management: Energy Consumption and Efficiency Master s Degree Seminar Master s Degree Thesis Total ( Master s Degree Thesis ) = 345

6 Summary Chart s Number of hours Total l c lab p Core Field Grand Total (+210 M aster s Degree Thesis ) Classes, laboratory classes, project work: 675 hours (60,0%) Lectures: 450 hours (40,0%) Grand total: = 1125 hours Faculty of Environmental, Geomatic and Energy Engineering Field of study: Environmental Engineering Second-cycle full-time programme passed by the Council of the Faculty of Environmental, Geomatic and Energy Engineering Specialism: Piped Utility Core modules: 135 hours; 13 ECTS Compulsory field modules: 60 hours; 6 ECTS l lectures, c classes, p project work, lab laboratory classes, E examination Semester 1 Statistics 30 1E Environmental Chemistry Environmental Monitoring Pipeline Network Rehabilitation Practices 1 Pipeline Network Trenchless 75 2E Construction Practices 1 Pipeline Testing Methods 45 1E Polymer Pipelines

7 Electives (incl. a module Protection of Intellectual Property Total /26 Electives (sem. 1) l p/lab ECTS Underground Engineering Hydro Engineering Structures Industrial Engineering Materials Science in Engineering 1 1 Electives conducted in English l p/lab ECTS Rehabilitation of Sewers and Water Supply New Techniques and Materials in 1 1lab 2 Trechless Technology Microtunneling and Pipejacking Semester 2 Entrepreneurship and Innovations Environmental Management Sustainable Technologies Waterworks and Water Supply System Sewerage 30 1E Special-Purpose Engineering 45 2E Pipeline Network Rehabilitation 75 2E Practices 2 Pipeline Structural Design Electives (incl. a module Total /26

8 Electives (sem. 2) l p/c/la b ECTS Pipeline Network Trenchless Construction Practices 2 Combined Sewage Redevelopment of Sewage Polymer Pipelines 2 District Heating and Gas Supply Water Supply and Sewage System Rehabilitation Strategies Semester 3 Safety and Reliability of Engineering Technology and Organisation 30 of Installation Works Modernisation of Engineering Tunnelling and Shield Tunnelling Methods Master s Degree Seminar Master s Degree Thesis Total (Master s Degree Thesis)

9 Summary Chart s Number of hours Total l c lab p Core Field Grand Total 915 (+210 Master s Degree Thesis ) Classes, laboratory classes, project work: 675 hours (60,0%) Lectures: 450 hours (40,0%) Grand total: = 1125 hours Faculty of Environmental, Geomatic and Energy Engineering Field of study: Environmental Engineering Second-cycle full-time programme passed by the Council of the Faculty of Environmental, Geomatic and Energy Engineering Specialism: Water Supply and Waste Treatment Core modules: 135 hours; 13 ECTS Compulsory field modules: 60 hours; 6 ECTS l lectures, c classes, p project work, lab laboratory classes, E examination Semester: 1 Statistics 30 1E Environmental Chemistry Environmental Monitoring Land Reclamation and Restoration Waste Treatment Technologies 60 2E (WTT) Special-Purpose Processes in Water and Wastewater Technologies

10 Biotechnology in Environmental Protection Water and Wastewater 45 2E Management 1 Assessment of Environmental Impact Electives (incl. a module Protection of Intellectual Property Total /26 Electives (sem. 1) l p ECTS Municipal Cleaning Operations Groundwater Treatment Household Wastewater Treatment 1 1 Facilities 2 Flood Prevention Fundamentals of Thermal Treatment of Waste Electives conducted in English l p ECTS Principles of Waste Management Rehabilitation of Sewers and Water Supply Semester 2 Entrepreneurship and Innovations Environmental Management Sustainable Technologies Stormwater Management Water and Wastewater 30 1E Management 2 Sanitation 45 1E Automatic Control and SCADA 45 2E Industrial Waste Management Pre-Final Project Work

11 (Programming of Sewage ) Electives (incl. a module Total /25 Electives (sem. 2) l p ECTS Surface Water Treatment Cost Estimation Feasibility Study of Environmental Engineering Projects Semester 3 Technology and Organisation of Installation Works Safety and Reliability of Engineering Physical Planning Agricultural and Non-Agricultural Utilisation of Wastewater Master s Degree Seminar Master s Degree Thesis Total Summary Chart s Number of hours Total l c lab p Core Field Grand Total Classes, laboratory classes, project work: 675 hours (60,0%) Lectures: 450 hours (40,0%) Grand total: = 1125 hours