In this project, the absence of strict dimensional or regulatory constraints offered an opportunity to shape the building based on what best suits its environmental and urban context. Rather than relying solely on intuition or aesthetics, the design process focused on finding a balance between maximizing project value—through usable area—and ensuring contextual harmony. To achieve this, an environmentally-driven form-finding methodology was implemented, allowing the building’s shape and size to emerge through data-informed exploration rather than predefined assumptions.

Parametric design tools were used to define the building’s form and height as adjustable variables. These parameters were then subjected to a series of environmental simulations, analyzing performance across key factors such as solar exposure, wind comfort, and internal daylight distribution. By iterating through multiple configurations, the process identified optimal forms that deliver maximum area while maintaining high environmental performance. The resulting design is one that grows logically from its site conditions, using climate responsiveness not only as a constraint but as a creative driver for form generation.