Building things
that move air
and move fast.
I'm Divyansh, an electrical and mechanical engineering student at NC State. I work where aerodynamics meets software: active aero control, dialing in C5 Corvettes for the track, and writing the code that ties it all together.
- Discipline
- Platform
- Stack
- Status
Active aerodynamics
Movable surfaces and downforce-on-demand. Modeling how a car can change its own shape to trade drag for grip when the corner demands it.
C5 Corvettes
The LS1 platform as a learning bench. Suspension geometry, brake balance, and the data-logging that turns a hunch into a faster lap.
Software engineering
Building bridges and tooling around Beeper and MCP so the messy real world of devices and APIs talks to itself cleanly.
Tail of the Dragon
A trip log and route guide for the 318-curve run on US-129. Built as its own site, mapped out and ready to drive.
Active Aero Simulator
In progressA simulation sandbox for movable-wing strategies: sweep angles, measure the drag/downforce trade, and watch the lap time respond.
Beeper Bridges
In progressConnectors that route messages between Beeper and MCP-driven tools, so an agent can read and act across every chat network at once.
C5 Track-Car Builds
OngoingBuild notes and telemetry from turning a street C5 into a track weapon: alignment specs, cooling, and the data behind each change.