PROJECT PROPOSAL: Embracing Nature’s Legacy: Uniting Towers with a Dynamic Shell Addition atop Wurster Hall
Wurster Hall, an architectural gem at UC Berkeley, is poised for a transformative rooftop addition. Our proposal envisions an innovative design that links two towers, cultivating a collaborative space for collective events, project synergy, and groundbreaking research. Drawing inspiration from the magnificent warka tree, we have harnessed the power of parametric modeling and daylighting analysis to create a striking shell structure that seamlessly integrates with the existing architecture.
WURSTER HALL. Wurster Hall, an icon of modernist design, embodies functionalism and academic excellence. Constructed in 1964, it has been a focal point for UC Berkeley’s College of Environmental Design, housing various departments and programs. With our proposal, we aim to build upon this rich legacy, elevating Wurster Hall to new heights of innovation.
WARKA TREES. Inspiration flows from nature’s elegance and resilience, epitomized by the warka tree. Like this majestic tree, our design fosters unity, sustainability, and growth. The warka tree’s slender strength and its ability to provide shelter and nourishment serve as guiding principles for our project, reflecting the spirit of community and advancement.
PARAMETRIC SHELL STRUCTURE. Parametric Shell Structure: Utilizing cutting-edge parametric modeling techniques, our design exemplifies a groundbreaking architectural paradigm. Through computational tools, we create interconnected geometries that respond to site conditions, functionality, and environmental considerations. The resulting shell structure seamlessly connects Wurster Hall’s towers, enabling effortless flow and unifying the architectural language.
HARNESSING DAYLIGHT. A profound understanding of natural light’s impact drives our design. By conducting meticulous daylighting analysis, we optimize illumination, reduce energy consumption, and cultivate a vibrant atmosphere. Embracing the building’s orientation, surroundings, and shading devices, our design ensures occupants benefit from an environment that promotes well-being, creativity, and productivity.
UC Berkeley | Instr. Luis Santos & Instr. Simon Schleicher | Team: Julie Anderson, Athena Do, Arfa Aijazi, Xinyi Chen
