The research area provides coverage of heat transfer, moisture, sound/acoustics, and illumination in urban and building scale. In addition, interrelationships between different building physics phenomena are elucidated to develop performance specifications that inform the design process. The research activities cover a wide spectrum of work including computational-assisted building performance, building systems control, building ecology, human ecology, sustainable architectural design and optimization.
The research investigates different methods in design and optimization towards a sustainable built environment. In addition, the studies are focused on estimation and prediction of innovative systems in various building/urban typologies. Different design principles are critically reviewed and compared via different range of systems and calculation methods to assess optimization.
Sustainability and system integration: The research area focuses on the development of urban sustainability assessment methods towards cities. The studies involve the sustainable neighborhood pattern and design, environmental impact on microclimate and ecosystems, urban form, land use and infrastructure. These indicators are instruments to direct sustainable development and select appropriate policies for achieving urban sustainability. The study identifies sustainable measures towards improvement of quality of life of city inhabitants through optimal management of its resources.
Team: Prof. Dr. Sokol Dervishi, Assoc. Prof. Dr. Miriam Ndini, Assoc. Prof. Dr. Huseyin Bilgin, Dr. Ina Dervishi, PhD-Candidate Nerina Baçi