"The latticework principle, having been essential in the hot, humid tropical climate of Indonesia for hundreds of years, is a key identity component for essential climate control and a brilliant example of bioclimatic design. When readapted with greater design freedom and flexibility through dual coding (function and symbolism), the lattice becomes a modern, high-performing shading device that simultaneously serves as a visually rich, contextually relevant screen recalling local architectural experimentation in sustainability."
"Ernest Theofilus + 23 Category: Commercial Architecture Design Team: Bahrumsyah Bila Sahil, Indra Zhafrandary Kusuma, Zulfan Fadilah, Florentina Harly, Justyn Andhika Xavier Halim, Tyto Rezki Alfalih S, Helen Saphira Wibowo More SpecsLess Specs Ernest Theofilus Text description provided by the architects. The latticework principle, having been essential in the hot, humid tropical climate of Indonesia for hundreds of years, is a key identity component for essential climate control and a brilliant example of bioclimatic design. When readapted with greater design freedom and flexibility through dual coding (function and symbolism), the lattice becomes a modern, high-performing shading device that simultaneously serves as a visually rich, contextually relevant screen recalling local architectural experimentation in sustainability. Published on December 04, 2025"
The latticework principle has been essential in Indonesia’s hot, humid tropical climate for hundreds of years, providing passive climate control and cultural identity. Latticework functions as a bioclimatic device that reduces solar gain while enabling ventilation and daylight modulation. When readapted with greater design freedom and dual coding of function and symbolism, latticework transforms into a modern, high-performing shading system. The adapted latticework simultaneously operates as a visually rich screen and a contextually relevant architectural element. The evolved lattice recalls local experimentation in sustainable architecture while enhancing thermal performance and environmental responsiveness in contemporary commercial buildings.
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