Master thesis – V2X-based Hazard Detection for eBike

About the role

This master thesis project focuses on developing a V2X‑based hazard detection system for eBikes. You will work within Bosch R&D Center Lund to create a functional prototype that processes V2X data on a low‑power embedded platform and alerts riders in real time.

Key responsibilities

• Integrate existing V2X software libraries into a FreeRTOS‑based embedded environment.
• Develop detection logic to identify relevant objects such as approaching vehicles.
• Optimize the solution to meet real‑time constraints on a resource‑limited microcontroller.
• Build a proof‑of‑concept that triggers warnings on an eBike display.
• Benchmark latency, CPU usage, and memory footprint to assess production feasibility.

Required profile

• Master student in Embedded Systems, Computer Science, Electrical Engineering or a related field.
• Strong C programming skills.
• Interest or experience with FreeRTOS or other real‑time operating systems.
• Understanding of embedded system architecture and resource‑constrained development.

Required skills

• C programming
• FreeRTOS
• Embedded systems development
• Real‑time operating systems
• Microcontroller programming