A hands-on robotics kit for neurodivergent learners — no screens, no syntax, just magnetic blocks and a scan.
- Pick a mission
- Arrange logic tiles
- Scan with iPad
- Watch the robot move
What happens when a child is ready to learn programming,
but the tools aren't ready to meet them?
Neurodivergent learnersare left out by design.
Ref: WEF Future of Jobs 2025 — analytical thinking, creative thinking, and technological literacy top the skills list.
Text-heavy syntax
For a child who cannot keep up with the ever-changing syntax across all programming languages, the idea never makes it to the screen.
Screen-only tools
For a child who can't sustain screen focus, the lesson never starts.
Fine motor demands
For a child whose hands won't cooperate with a mouse, the tool itself is the wall.
Meet PhysiCode: Coding You Can Touch.

Pick a Mission

Arrange Logic Tiles
Scan with iPad
It's that simple
Watch your code come to life.

Built on research. Not vibes.
Typical EdTech optimises for entertainment. We optimise for results — anchored in three evidence-based principles.
Structure improves focus
Predictable physical patterns reduce cognitive overhead and unlock attention for the learning itself.
Tangible beats screen-only
Hands-on manipulation builds deeper transfer than equivalent screen-based tasks — especially in STEM.
Targeted understanding → mastery
When a tool matches how a learner thinks, mastery follows. Not the other way around.
Not an idea. A moving train.
Pilots, funding, and expert validation — all in our first year.
Be the first to build with PhysiCode.
Educators, schools, and parents — sign up to get pilot access and shape what we build next.
Want to back inclusive STEM? Let's talk.
Investor, partner school, grant committee, or press — tell us who you are and we'll be in touch within 48 hours.
Based in Singapore · A student team at SUTD.





