The Sustainable Building students have the opportunity to familiarize themselves with: the contemporary construction methods and materials, solar energy in buildings, building physics, evaluation of building impact on the natural environment, efficient energy economy in buildings including energy-saving heating, ventilation and air conditioning systems that ensure adequate indoor air quality.
The specialization is catered for the needs of the market and current trends of combining environmental protection with technical development. Moreover, the reduction of energy consumption is one of the key elements of sustainable development principle, which involves economic exploitation of energy resources, as well as environment and climate protection. The main objective of sustainable civil engineering is to reduce the negative impact of buildings on the natural environment and human health; rational use of energy, water and other resources; decreasing the amount of pollution, waste and the level of natural environment degradation.
This specialization educates highly-qualified specialists, familiar with European Union Directives pertaining to natural environment and climate protection, as well as energy performance of buildings, who:
possess broad knowledge and skills to solve unusual or complex project, technical and technological problems in residential and public buildings with reduced energy consumption; are able to implement the interdisciplinary sustainable development principles in civil engineering; are the internationally qualified engineers dealing with integrated building design; are ready to employ solutions aiming at the reduction of energy consumption, increase the energy efficiency and utilize the energy from renewable sources; use innovative construction materials including the finishing materials that comply with the environmental and clean technologies criteria; they know the principles of setting eco-project standards for the energy-related products; they are able to perform environmental analyses and life cycle assessment (LCA) of energy systems based on either renewable or non-renewable energy sources.
The specialization is catered for the needs of the market and current trends of combining environmental protection with technical development. Moreover, the reduction of energy consumption is one of the key elements of sustainable development principle, which involves economic exploitation of energy resources, as well as environment and climate protection. The main objective of sustainable civil engineering is to reduce the negative impact of buildings on the natural environment and human health; rational use of energy, water and other resources; decreasing the amount of pollution, waste and the level of natural environment degradation.
This specialization educates highly-qualified specialists, familiar with European Union Directives pertaining to natural environment and climate protection, as well as energy performance of buildings, who:
possess broad knowledge and skills to solve unusual or complex project, technical and technological problems in residential and public buildings with reduced energy consumption; are able to implement the interdisciplinary sustainable development principles in civil engineering; are the internationally qualified engineers dealing with integrated building design; are ready to employ solutions aiming at the reduction of energy consumption, increase the energy efficiency and utilize the energy from renewable sources; use innovative construction materials including the finishing materials that comply with the environmental and clean technologies criteria; they know the principles of setting eco-project standards for the energy-related products; they are able to perform environmental analyses and life cycle assessment (LCA) of energy systems based on either renewable or non-renewable energy sources.
Education requirements:
Contact the unit
Contact the unit
Want to improve your English level for admission?
Prepare for the program requirements with English Online by the British Council.
- ✔️ Flexible study schedule
- ✔️ Experienced teachers
- ✔️ Certificate upon completion
📘 Recommended for students with an IELTS level of 6.0 or below.
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