Teams at SE3 Labs

Own the electrical design of UAV compute and avionics systems from architecture and component selection through schematic development, prototyping, debugging, validation, and flight testing. Responsibilities include PCB design, EMI/EMC troubleshooting, thermal and environmental analysis, hardware-in-the-loop validation, documentation, and system commissioning. The role collaborates with mechanical, software, and AI teams while leading reliable hardware development for autonomous platforms.

Build and deploy perception systems for autonomous platforms, including object detection, tracking, semantic segmentation, and depth estimation. Prepare datasets, train and evaluate models, optimize real-time onboard deployments, extend replay tooling, analyze mission logs, debug field failures, and write production-quality code. The role involves testing systems on recorded mission data and real-world field trials while collaborating with perception, autonomy, and research teams.

Build and lead the technical direction of SE3 Labs’ perception stack for unmanned systems. Develop object detection, tracking, semantic segmentation, and depth estimation; design evaluation and replay systems; optimize models for onboard compute; and deploy them through field trials. The role is approximately 80% hands-on engineering, with responsibility for architecture, technical roadmaps, code and design reviews, mentoring, and solving challenging real-world autonomy problems without direct people management.