Optimizing daylighting performance for educational buildings by using parametric material system

PARAMETRIC ARCHITECTURE TOOLS AS AN APPROACH TO OPTIMIZE DAYLIGHTING IN OFFICE BUILDINGS

DESIGN OF ENERGY-EFFICIENT BUILDINGS AND BENEFITS OF ENHANCING RELIANCE ON NATURAL LIGHTING THROUGH MAXIMIZING THE EXTERNAL REFLECTED COMPONENT

DESIGN OF ENERGY-EFFICIENT BUILDINGS IN CLEAR SKY CONDITIONS TO ENHANCE NATURAL LIGHTING THROUGH MAXIMIZING THE EXTERNAL REFLECTED COMPONENT

Achieving Indoor Thermal Comfort Using AI-Controlled Shading in Hot Arid Climates in Office Buildings

Daylighting Distribution Enhancement for Deep Office Spaces via Dynamic Louvers System, a case study in Cairo, Egypt.

Parametric Mashrabiya as a Shading System for Optimized Daylighting in Egypt

THE IMPACT OF RESPONSIVE SYSTEMS ON ENERGY CONSUMPTION AND THERMAL PERFORMANCE OF BUILDINGS

Optimizing Building Layouts for Proper Self-shading: A Computational Approach

The role of technological innovation in achieving visual comfort in the smart building and rationalizing energy consumption