Developing and scaling next-generation mmWave radars for robotics, automotive, and infrastructure.

Developing next-generation mmWave radars for robotics. Check us out at zadarlabs.com!- Mixed-signal board design with FPGAs, DDR4, and RF structures from 60-81GHz. DFA/DFM/DFT.- FPGA integration & embedded Linux development with Zynq MPSoC- IP69K enclosure design to optimize performance while meeting strict thermal & shock/vibe standards- Design of automated in-house radar test/calibration equipment- Scaling builds from prototype to production

Architecture, board design, verification, and validation of a next-generation ASIL-B autonomous vehicle power distribution system. Design, integration, and testing of safety-critical user interfaces. Testing and tuning of next-generation 77GHz automotive imaging radars.

Developed embedded software for power management, serial board-to-board networking, and hardware bringup for the Intuitive ION robotic bronchoscopy platform. Zynq MPSoC/Petalinux/Yocto/QNX.

Developed instrument electronics for the chemical detection of life on other planets and moons. These devices included microfluidic computers, capillary electrophoresis, flow injection analysis, and sample extraction devices.

Developed a 3D printed, conformal leg pressure sensing system for the REX Bionic Exoskeleton.