site plan
As part of a long-term campus restructuring, the outdated institute buildings from the late 20th century are upgraded through phased renovation and functional reorganization. The design prioritizes sustainability by retaining the primary structure, minimizing demolition, and reusing materials wherever possible.
A modular facade system enhances energy performance and adaptability. A prefabricated post-and-beam structure integrates new window bands, external shading, and a layered “climate facade” that improves thermal comfort through passive strategies such as natural ventilation and solar control. The intervention reduces heated volume by relocating staircases the thermal envelope and activating existing thermal mass. Green facades, balconies, and rooftop terraces extend usable space while improving microclimate and user comfort.
The upgraded ensemble gains a clear architectural identity and integrates harmoniously into the campus. Flexible layouts based on a regular grid allow for various uses, while prefabrication ensures efficient construction with minimal disruption. Passive energy strategies, combined with photovoltaics and optimized daylighting, significantly reduce energy demand and operational costs. The result is a resource-efficient, adaptable, and high-quality research environment with long-term sustainability.
