In a dense Tehran district, where the ground occasionally remembers it's not static, we were tasked with building a tall home for life and work.

This 36‑story tower was designed not just as a building, but as an "urban organism." Its skeleton was not rigid but flexible and intelligent, equipped with walls that acted like shock absorbers and a system that filtered the building's air like a pair of lungs.

Our main goal

For us, safety wasn't a feature; it was the building's breath. We aimed to create a structure that, when faced with the earth's angry forces, wouldn't just stand and shatter, but would sway like a skilled boxer, absorbing and dissipating energy. Alongside this, we wanted a tower whose inhabitants didn't just reside in it, but connected with it—a place where light, temperature, and energy were managed in an intelligent harmony.

Take a look to our challenges

The challenge was reconciling two opposing vessels: unwavering strength and life‑giving flexibility. Our structural calculations became a complex symphony of formulas to find that golden equilibrium. Another trial was integrating the thousands of kilometers of wires and sensors for the smart Building Management System (BMS) into the concrete and steel without compromising its strength. It was like grafting a human nervous system onto a steel giant.