Design for
Environment
The study specifically examines the third floor, as a case study. Using Cli-
mate Studio, simulations were conducted to evaluate daylight performance
through spatial Daylight Autonomy (sDA) and Annual Sunlight Exposure
(ASE) metrics. The introduction of sun-shading devices aimed to mitigate
excessive heat gain while enhancing daylight distribution. The findings were
compared against LEED v4 standards to assess performance improve-
ments. The results indicate that strategic sun shading significantly reduc-
es ASE while maintaining optimal sDA, contributing to enhanced energy
efficiency and occupant comfort in tropical climates. This study highlights
the potential for integrating passive design strategies to improve building
performance in similar climatic contexts.
PROJECT II
POST GRAD. SUST. ARCH. STUDIO
CHULALONGKORN UNIVERSITY