Kinetic Studios

An immersive physics playground for designing, learning, and prototyping kinetic art.

Kinetic Studios material and physics editing demonstration

Kinetic Studios began with a fascination for kinetic sculpture and the moving mechanical objects seen in films such as Iron Man. Research into motion, balance, timing, and material behavior led to artists such as Reuben Margolin.

Inside the experience

What someone can actually do

  1. Build with rods, meshes, bobs, spheres, cylinders, and pendulums
  2. Connect components into physical systems
  3. Change materials and physical properties in real time
  4. Pause, restart, and slow motion for closer observation
  5. Inspect a design from repeatable camera views

How the idea took shape

Physical kinetic art can require extensive material, precise measurement, and repeated construction. A small structural or mechanical mistake may force a large part of the work to be rebuilt.

The studio turns that expensive iteration into a playful immersive environment. Rods, meshes, bobs, spheres, cylinders, pendulums, materials, and connections can be combined while physics updates in real time.

The interaction model takes inspiration from Microsoft Paint: understandable tools invite exploration before expertise. A child can try a brush or shape without learning professional software first; a kinetic-art tool should make physical systems feel equally approachable.

The environment is also a learning space. A pendulum can be paused, restarted, slowed down, changed, and observed repeatedly—something a physical system does not make easy.

Artists, students, teachers, physics learners, installation designers, and creative technologists can use the same workspace for different kinds of curiosity.

A simulation becomes a creative tool when artists can manipulate the meaningful physical decisions—not just watch an animation run.
Kinetic Studios virtual prototyping workspace
Studio workspace
Explore how it was built +

I defined the product direction, designed the editing workflow, and built the modular Unity runtime, UI Toolkit controls, physics system, and capture tooling.

  • Unity 6
  • C#
  • UI Toolkit
  • Unity Physics
  • Editor tooling

Where it could go next

The studio could become an accessible creative lab where artists prototype installations and learners make physics visible by changing it with their own hands.

More work