Physical Intelligence is bringing general-purpose AI into the physical world. We are developing foundation models and learning algorithms to power the robots of today and the physically-actuated devices of the future.

- Leading engineering for Anduril's products.

- Built and managed the Electrical Engineering department

- Small Unmanned Aerial Systems (sUAS)- Sensor development (mmWave radars, EO/IR cameras/range finders, LiDAR)- Flight controls and GNC, Aero-performance, System Modeling & Simulation- Helicopter, multirotors, fixed-wing and VTOL UAVs

- Autopilot sensor technologies- Vehicle system architecture- Mechatronic systems and sensors- Advanced technologies

- Power and communications architecture for electrical systems- Led the development of low-voltage interconnect and compute systems, with technology development spanning silicon to RF apertures/wireless, power distribution, devise signaling, and high-speed digital communications- Electromechanical systems integration for mechatronic components (actuators and sensors)

- Model X Falcon Door System Design- Invented a custom sensing system that uses the door skin as a huge ultrasonic range finder- Designed high-performance electromechanical actuators for the falcon wing doors- Concept to volume production in the Model X in under 6 months

Process Development, Manufacturing, Product Development, Microfluidics

ACQUIRED by BIO-RADGnuBIO is a pioneer in the field of scalable DNA sequencing technology for the Diagnostic and Applied Markets, using proprietary microfluidic and emulsion technologies. Microfluidics, PDMS Device Fabrication, Pneumatics, Electronics, emPCR, Surface Chemistry, High-throughput Screening, Polymer Molding, Photolithography, Nanotechnology.Engineering: Process Development, Manufacturing, Machine Design, Microfluidics, Systems

- Investigating the thermodynamic, economic, and agricultural potential of various biofuel crops.- Precision machine design for energy harvesting and industrial automation- Developed a thesis on the thermodynamic, business, and policy feasibility for the use of biofuel crops in conjunction with novel wavelength-permeable solar concentrators to maximize energy ROI.

- Developed and iteratively testing concepts for a cooking stove that will reduce indoor air pollution, a leading cause of mortality in the developing world.- Understanding and modeling of combustion dynamics and fluid mechanics of existing rocket stoves yielded a fundamentally superior design that is a truly smokeless stove.