Acquiring knowledge and skills necessary for the design and construction of energy efficient buildings.

The gained knowledge will be used for the energy certification of buildings. Candidates will be trained in the analysis of urban and bioclimatic aspects of energy efficiency in buildings. Students will learn the methodology and calculation methods of energy use for heating and cooling of buildings, as well as methods of calculating emissions of CO2.

EU Directive (ERVD in 2002. And 2010. G.). The experience of European countries. Architecture and urban planning aspects of the energy efficiency of buildings: site selection, building orientation, the influence of wind, greens (bioclimatic architecture). Energy gains: Thrombus-Misel wall, skylights. The basic laws of thermodynamics. Heat conduction in bodies. Building physics. Methodology for calculating the energy needed for heating and cooling (SRPS EN ISO 13790). Examples of calculations for specific objects. Example of making of Elaborate energy efficiency for a specific plant. Example of passports of energy efficiency of a new or existing facility.

Lectures, laboratory exercises and auditory; Consultation. Exam (which includes all materials) consists of three homework assignments (work), seminar (tests) which represents the Study of energy efficiency of given the object and final exam. Students who do not pass the oral exam over homework and tests, take oral part of the examination. grading of exam is based on attendance of lectures and exercises, grades of homeworks and success in examinations.