Formula Student – Telemetry & VCU
Software engineer on the E-Traxx Formula Student team: RTOS integration and new embedded architecture for race-car hardware, plus vehicle control unit development with Simulink and dSpace — sensor integration, telemetry pipelines, and real-time race analysis.
Project Details
Software engineer on the E-Traxx Formula Student team: RTOS integration and new embedded architecture for race-car hardware, plus vehicle control unit development with Simulink and dSpace — sensor integration, telemetry pipelines, and real-time race analysis.
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Interactive
Virtual Cockpit
A stripped-down recreation of the cockpit display, driven by a tiny in-browser CAN bus. Your inputs run a small vehicle model; the resulting signals are encoded into CAN frames, sent over a virtual bus, and decoded again by the display, exactly like the real car.
Tip: hold W to accelerate, S to brake.
CAN Signal Decoder
On the car, raw CAN frames are just eight bytes of hex. A DBC file describes how to slice those bytes into physical signals. Toggle bits in the frame, or drag a signal value, and watch the translation happen both ways.
0x101 Click any bit to flip it. Drag a slider to write a value into the frame.