When nature inspires the invention of a joint
A unique joint that blends the understanding of nature and industrial design together.
project
Noda
year
2025
type
thesis project
industrial design
Inspired by the turgidity of plants, Noda is a turgid joint system that allows for adjustable, temporary connections in a system through the physical deformation of an elastic core.
In its uniqueness and versatiity, Noda inspires potential applications from temporary adaptive shelters, play structures, to transformable frames and even furniture.
Noda is made out of a silicone spherical core wrapped by 3D-printed loops, that when inserted into connecting tubes, are compressed and locked in orientation and position.
​
When uninserted, the loops are free to be re-oriented as needed
Through this simple and low-tech interaction, it holds rods firmly in position even at unconventional angles (up to a weight threshold), allowing for relatively complex connections or structures to be made without the need for additional manpower.
​​​
James Dyson Award — National Runner Up
Noda has the immense honour to be selected as one of the 3 National Winners of the James Dyson Award as the National Runner up.
Process (WIP)
Work-in-Progress! Check back again soon!