Sketch

Bridge Sketch

I want to develop a parametric structure designed to self-form into an arch shape when lifted or suspended. The concept is based on designing individual components with precise geometries and connection points, such that when they are assembled flat or loosely connected on the ground and then lifted or suspended at specific points, gravity and the connection constraints guide each part into its final position.

The final configuration will naturally result in an arch, driven by the interdependent movement of the elements. The project explores the idea of form-finding through assembly and suspension, leveraging parametric design tools to calculate and fabricate each part in a way that ensures correct positioning in space during the lifting process.

This approach allows the structure to “find” its geometry not by force-fitting parts into place, but by letting the structure settle into its final shape through the logic of geometry and mechanics. The result is a dynamic, self-forming system that blends design, physics, and construction intelligence.

SHM Sketch

Additionally, the structure will incorporate load cell sensors at each joint to measure the forces acting on the connections. These sensors will detect whether a joint is under tension or compression, and this information will be visualized in real time using LED lights integrated into the joints. The LEDs will change color depending on the type of force: for example, red for compression and blue for tension. This system will provide immediate visual feedback on the structural behavior of the arch, making the invisible forces within the structure visible and understandable.