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

Improving the performance of natural lighting in administrative buildings by using responsive parametric shading systems

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

Investigating daylighting quality in educational spaces following building renovation

Parametric Mashrabiya as a Shading System for Optimized Daylighting in Egypt

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

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

Daylighting Retrofitting in Existing Educational Spaces (By using Solar Tube( “A Case Study of Design Studio Hall in Cairo, Egypt”

DAYLIGHTING IMPACT ON STUDENT ACADEMIC PERFORMANCE IN HIGHER EDUCATION BUILDINGS -THE CASE OF THE ARCHITECTURE DEPARTMENT

Towards Improving the Design of the Existing Building Envelope to Achieve Thermal Comfort in Educational Buildings: A Simulation-Based Approach