1. Development of performant mathematical libraries for resourceconstrained computational environments.br 2. Development of sensor fusion techniques across sensor types and connections.br 3. Create and develop sensor software across a tech stack.br 4. Development of intelligent calibration software for sensorenabled devices.br 5. Development of computer vision applications.br 6. Perform research and development on traditional geometric computer vison systems and deep learning methods.br 7. Proficient in computer programming and knowledgeable of the mechanics of different sensor systems.br 8. Experience in implementing pure matrix manipulation libraries in objectoriented languages like C.br 9. Knowledgeable in different types of perception sensors including LiDAR, depth sensors, cameras and IMU.br 10. Knowledgeable in protocols for USB 2, USB 3, Ethernet, MIPI, etc.

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