Tendon Engineered Natural Systems Architecture
Intelligence, embodied.
A research architecture exploring mechanically intelligent systems through artificial tendons, biologically inspired movement, and physiological interfaces.
TENSA explores artificial-tendon approaches to movement, taking inspiration from the way biological systems distribute force and coordinate motion.
Investigate tendon-like transmission and compliant mechanical structures.
Study movement as a coordinated mechanical system rather than isolated rigid joints.
The research direction considers how physical design, sensing, and control could work together in systems that interact with the world.
Explore the relationship between structure, movement, and control.
Investigate interface concepts connecting human intent with embodied systems.
The envisioned architecture pairs William Graham's cognitive layer with TENSA's physical embodiment under the JENNY concept. This is a proposed direction, not a claim of a completed integrated system.
The envisioned cognition and reasoning layer.
The proposed embodiment and mechanical systems layer.
A research architecture exploring mechanically intelligent systems through artificial tendons, biologically inspired movement, and physiological interfaces.
Explore TENSA