Develop Linux-based programs to handle data communication and PCI bus hardware interfacing
Implement and manage cloud data communication protocols and software versioning using Git
Integrate embedded hardware and compute systems (e.g., Nvidia Jetson, Raspberry Pi) into the POD taxi platform
Focus on CAN protocol integration with EV powertrain and other subsystems
Support development of AI applications specific to POD taxi operations (minor focus)
Debug and test embedded systems using standard lab equipment (oscilloscopes, power supplies, etc.)
Use tools like Git and productivity suites (Google/Microsoft) to organize development tasks
Collaborate with hardware vendors and perform on-site integration and testing when required

Strong experience with Linux-based compute boards and embedded system integration
Proficient in C/C++, Python, and scripting for embedded platforms
Experience working with PCI bus hardware, and platforms like Nvidia Jetson and Raspberry Pi
Familiarity with CAN communication protocols in automotive applications
Knowledge of low-level communication protocols: UART, SPI, I2C
Proficient with debugging tools and lab equipment for embedded development
Familiar with version control systems like Git
Understanding of PCB design and schematics is a plus
Experience with edge-AI applications is advantageous

Highly self-motivated and capable of independently managing full system development
Strong organizational skills with attention to development lifecycle and documentation
Team player comfortable working across cross-functional hardware/software teams
Open to travel for on-site testing and vendor coordination

Firmware Engineer