A collaboration between the Institute for Computational Design (ICD) and the Institute of Building Structures and Structural Design (ITKE) as well as students of the university, this pavilion at the University of Stuttgart is a magnificent exploration in how the structure of a biological being can be transferred to the design of a building.
The pavilion at the University of Stuttgart, although temporary, is a bionic research pavilion, says the designers. It is an exploration of biology and architecture in that the aim of the project was to develop a modular way to create the structure using geometric differentiation. Via computer design, the biological structure of a sea urchin was translated into the design of a building, and ultimately, the researchers found that the entire pavilion could be built using very thin -- 6.5 mm -- sheets of plywood only.
Key Themes Behind This Trend
- Biologically-inspired Architecture
- Opportunity for architects and designers to create innovative buildings by translating biological structures into design elements.
- Modular Construction Methods
- Opportunity to develop new ways of constructing buildings using modular components for increased efficiency and flexibility.
- Thin Plywood Structures
- Opportunity to explore the use of thin plywood sheets for construction, enabling lightweight and cost-effective building solutions.
Where This Applies
- Architecture
- Disruptive innovation opportunity for architects to incorporate biologically-inspired designs into their projects.
- Construction
- Opportunity for construction companies to adopt modular construction methods to streamline the building process and improve project timelines.
- Materials
- Opportunity for plywood manufacturers to develop and market thin plywood sheets for use in lightweight and sustainable construction projects.
