• Outdoor environment: water supply, sewage systems, water treatment, microbiology, environmental protection (air, soil, water), pollution assessment, risk management, waste management, renewable energy, low-carbon economy, environmental footprint, innovating solutions for environmental engineering.
• Indoor environment: HVAC systems, indoor air quality, thermal comfort, acoustics, thermovision, district heating systems, domestic hot water and waste water installations, renewable energy, natural gas engineering, energy audits and certification, mathematical statistics, passive and nearly-zero energy solutions for buildings.

• scientific research,
• analysis,
• expertises (also for courts),
• fieldworks
• audits and certificates (energy, technical solutions, ect.)
• modelling techniques
• statistical analysis

Department of Air Conditioning, Heating, Gas Engineering and Air Protection

Research area:

• heating and district heating, modern heat sources, heat pumps;
• natural and mechanical ventilation, industrial ventilation; recuperation, ground heat exchangers;
• air-conditioning;
• gas supply, internal gas installations;
• intelligent buildings, BMS/BEMS, building automation;
• reduction of operating costs; energy efficiency, technical and economic analysis;
• energy certificates, thermo-modernization;
• low and zero energy buildings, passive buildings;
• renewable energy sources;
• whole year modeling, Computer Aided Design;
• thermovision
  
• Thermal Waste Utilisation, alternative fuels
• flue gas purification

Department of Water and Wastewater Management and Waste Technology

Research area:

• water treatment for drinking water production
• water reuse
• water closed-loop systems in industry
• production of high-quality water for industry
• valorization of industrial wastewater
• treatment of municipal wastewater
• leachate treatment
• removal of nitrogen compounds from wastewater
• sludge management 
  
• design, build and exploit water supply and sewerage systems
• design and build such technical objects as: pumping stations, water intakes, storm overflows
• model using mathematical methods work of water supply and sewerage systems
• renovate and modernize water supply and sewerage systems using trenchless technology, e.g. microtunneling and control jacking
  
• Waste technology
• Waste analyses
• Waste strategies and concepts

Department of Environmental Biology and Air Protection

Research area:

• Assessment of the degree of contamination of selected environmental elements using bioindication tests
• Research on microbial biodiversity of environmental samples
• Microbiological control of treatment processes and distribution of water intended for consumption
• Study of the impact of pollution on living organisms
• measurements and analysis of air pollution
• modeling and forecasting atmospheric pollution
• assessing the impact of air pollutants on the environment
• emissions trading and preparation of integrated permits for enterprises
• renewable energy sources and climate protection
• process modeling in air protection
• limiting emissions of dust and gas pollution
• the latest gas cleaning technologies
• separation of carbon dioxide from energy exhaust
• legal requirements in the field of air protection