Aaron Wang

Established track record in the space and aviation industry of architecting, designing, manufacturing, testing, re-building, delivering, and integrating board-level, mixed-signal electronics such as: - embedded computing (processor/uC/FPGA board-level design, memories, networking architectures, high-speed digital interfaces, and everything in between) - vehicle-level electrical system architecture and systems engineering - electromechanical actuator drivers (solenoids, BLDCs, steppers, piezo, etc.) - up to kW power conditioning and board-level and vehicle-level distribution - vision hardware system design for optical sensors - redundancy architectures for safety-critical computing, sensing, and actuation - sub-1% accuracy analog-to-digital sensor signal chains for pressure, temperature, acceleration, velocity, position, current, voltage - vehicle & box-level harnessing and grounding design - satellite power systems engineering and orbital power simulation/modeling I thrive with projects that are fast-iterating, hardware-rich, ambitious in scope and impact, and can span cradle to grave(-yard orbit) lifecycles. Applications of my previous work range from satellite bus GNC and EPS avionics hardware at Millennium Space Systems, rocket engine controllers for lunar landers and upper stage vehicles at Blue Origin, and flight compute/electrical architecture at Amazon Prime Air.