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

Technological Systems Used in Integrating Natural and Artificial Lighting in Administrative Buildings to Achieve Global Sustainable Lighting Strategies

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