Systems, not aesthetics.
Every formal decision in CFAM is an environmental decision. The project is not designed to look atmospheric — it is designed to generate atmosphere.
The tower form creates pressure differentials that drive passive airflow through the building. Warm air rises through the central shaft, pulling conditioned air through the base. A vertical thermodynamic engine.
Martian regolith concrete — processed from local soil using robotic fabrication. No imported materials. The building is made of Mars. Structural walls double as thermal mass, absorbing solar energy and releasing it slowly overnight.
The base flows into and out of the Martian terrain. There is no clear boundary between building and ground — the architecture becomes landscape, the landscape becomes architecture. Underground spaces use geothermal regulation.
Studios, workshops, simulation environments, research laboratories and communal living quarters — all organized around the central atmospheric cores. The building teaches architecture by being architecture.
Mars receives approximately 43% of Earth's solar energy. Window placement follows seasonal sun paths — south-facing for maximum gain, filtered through translucent regolith panels that diffuse harsh UV radiation while allowing visible light.
The badgir — Persian windcatcher — is one of the most sophisticated passive cooling systems ever developed. Yazd's towers have functioned for centuries without mechanical assistance. CFAM is their extraterrestrial continuation.
