Shady Attia is an architectural engineer and professor of sustainable architecture and building technology at the University of Liège in Belgium. He founded the Sustainable Building Design Lab, which he heads, at the Department of Urban & Environmental Engineering in 2014. The lab's activities focus on design decision support for high-performance buildings and climate-proof cities. Building performance simulation and life cycle assessment are used for building carbon emissions and footprint modeling and decarbonization strategies. He has expertise in building physics, performance simulation/optimization, and carbon footprint modeling. His research is focused on informed decision support for a range of domains from the design of user-centered and carbon-neutral buildings to the evaluation of the indoor–outdoor environmental quality and building life cycle assessment.
Research Keywords & Expertise
Facade Design
Green Building
Post Occupancy Evaluat...
Regenerative Design
Thermal Comfort
Bioclimatic design
building energy simula...
Building energy effici...
ZERO ENERGY BUILDING
Green Building Rating ...
Building energy perfor...
circular design
Building Performance A...
facade technology
Fingerprints
21%
Thermal Comfort
21%
ZERO ENERGY BUILDING
5%
Bioclimatic design
5%
Building energy efficiency
5%
Facade Design
5%
Regenerative Design
5%
facade technology
5%
Green Building
5%
Post Occupancy Evaluation
5%
building energy simulation
5%
Building energy performance
5%
circular design
5%
Building Performance Assessment
Short Biography
Shady Attia is an architectural engineer and professor of sustainable architecture and building technology at the University of Liège in Belgium. He founded the Sustainable Building Design Lab, which he heads, at the Department of Urban & Environmental Engineering in 2014. The lab's activities focus on design decision support for high-performance buildings and climate-proof cities. Building performance simulation and life cycle assessment are used for building carbon emissions and footprint modeling and decarbonization strategies. He has expertise in building physics, performance simulation/optimization, and carbon footprint modeling. His research is focused on informed decision support for a range of domains from the design of user-centered and carbon-neutral buildings to the evaluation of the indoor–outdoor environmental quality and building life cycle assessment.
Advance your academic career, collaborate globally, and expand your network—
join now
!
Well done!
