Architectural design research company Achim Menges used robots to build its latest sea urchin pavilion. The underwater-themed pavilion is made to showcase the "the potential of computational design, simulation and fabrication processes in architecture."
Researching alongside biologists from the University of Tübingen, the team of architects employ building techniques that recreate the shell of a sea urchin accurately, aiding them in making a stable structure and design.
Built by robots using hollow beach plywood as the primary material, the sea urchin pavilion is bound with heavy-duty stitching that holds the manipulated wood together and is then coated with a laminate. Being the first ever pavilion to be built in such a way on a large scale, the project -- led by Achim Menges and his team -- proves how their industrial sewing technique has the capability to lead to amazing results.
Sea Urchin-Inspired Pavilions
Achim Menges Designed a Beautiful Pavilion Built by Robots
Trend Themes
1. Robotic Construction - The use of robots in architectural construction processes opens up opportunities for faster and more precise construction techniques.
2. Computational Design - The integration of computational design and simulation in architecture allows for innovative and complex structures to be created more efficiently.
3. Industrial Sewing Techniques - The application of industrial sewing techniques in architectural projects introduces new possibilities for the construction of lightweight and durable structures.
Industry Implications
1. Architecture - Architects can explore the use of robotics and computational design to create unique and sustainable structures.
2. Robotics - The robotics industry can develop specialized robots for architectural construction purposes, providing new solutions and advancements.
3. Textile Manufacturing - The textile manufacturing industry can adapt industrial sewing techniques for architectural applications, offering new markets and collaborations.