What You’ll Do
Own end-to-end camera module development from photon-to-image, ensuring physically-faithful imaging behavior to minimize sim-to-real domain shift.
Develop global-shutter camera modules based on selected CMOS sensors, including power/clock/sequencing, control (I2C/GPIO), and production-ready design.
Define and implement long-cable automotive camera links using SerDes (GMSL/FPD-Link) on the camera side (serializer integration), and collaborate with the Jetson carrier team on the end-to-end link architecture (deserializer/CSI integration).
Partner with ISP/algorithm teams to control and validate the imaging pipeline (exposure response, noise characteristics, motion artifacts, color pipeline), and build measurement methodology for dataset consistency.
Job Requirements
3+ years of hands-on experience in camera module hardware development, including sensor bring-up and production validation.
Deep practical understanding of CMOS imaging principles, manufacturing / process-driven variations (PRNU/DSNU/defects/temperature effects), and ISP processing.
Solid experience integrating SerDes (GMSL/FPD-Link) for long-cable camera systems and debugging link/EMC issues in automotive/industrial environments.
Experience with global-shutter sensors and timing/synchronization concepts for multi-camera systems.
Preferred
Familiar with CMOS imaging / sensor simulation and physically-based rendering tools for modeling optics, radiometry, noise, and image formation to support sim-to-real consistency.
Experience with ruggedization: ESD protection, surge, automotive/industrial reliability, vibration/thermal cycling.
Mass production experience and factory test/calibration flow design.
