Embedded · PCB · Hardware Bring-Up

Multi-Vehicle Formation Smart Car

A team competition system using CH32V307VCT6 and STC16F40K128 controllers, electromagnetic tracking, ultrasonic distance sensing, and Bluetooth-UART communication. The team received a National Second Prize.

My role

My main responsibility was the hardware: designing and assembling the boards, troubleshooting the circuits, and getting the vehicles working together. I also worked on Bluetooth-UART communication and PID tuning.

Project type
Five-person competition team
Result
17th National College Student Smart Car Competition · National Second Prize
Software
The base software framework was mainly written by a teammate

Hardware and integration

PCB

PCB, assembly, and bring-up

Design of multiple boards, component assembly, hand soldering, rework, electrical debugging, and full-vehicle integration.

UART · PID

Communication and tuning

I worked on the Bluetooth-UART link between vehicles and tuned the controller during team testing. A teammate developed the main software framework.

Watch the cars in action

View national finals certificate ↗View East China certificate ↗