Adam B. Email & Phone Number

San Francisco, Ca, Us

Irvine, Ca, Us

- Leading multiple engineering teams that are responsible for the development of battery packs, low voltage controllers, actuators, antennas, displays, and lighting systems.

Irvine, Ca, Us

- Lead a team owning the design and production of next generation battery programs. - Architecture Lead for a next gen platform, acting as key link between program, industrial design, and engineering

Cupertino, California, Us

- Specialized in the design, development, and testing of high voltage electromechanical assemblies.- Group expert on laser welding systems, silver sintering, seal design, die casting, injection molding, and custom connectors- Applications included 30 and 300kW inverters, DCDC converters, battery packs, and other power electronics applications.- Architecture lead on large complex assemblies, including guiding the work of multiple engineers- Owned the development of pilot manufacturing lines built to trial and debug next generation technologies

Cupertino, California, Us

San Francisco, Ca, Us

- Lead architecture and design for Lyft's first electric bike and scooter powertrains from the ground up including batteries, motors, inverters and power distribution- Sourced production partners overseas, running multiple pilot and production lines to ensure product success- Drove in-house prototyping and testing culture, ensuring everyone was empowered to produce highly reliable solutions for the micro-mobility rideshare space- Tested assemblies in accordance with UL and UN certification standards, as well as further improving safety by developing Lyft safety standards around batteries and power electronics- Developed design and testing guidelines around battery passive propagation resistance (PPR)- Granted multiple patents around batteries, locks, power distribution and light electric vehicles- Worked closely with industrial design, ensuring designs were both iconic and mechanically robust- Strong collaboration with supply chain (GSM) to source cost effective solutions

Austin, Texas, Us

- Responsible for the concept, design, validation, and implementation of electrical vehicle powertrain systems- Technical oversight and management of junior team members, providing guidance and mentorship- Designed and launched assemblies on Model S, Model X, Model 3 and Model Y- Drove the make vs buy on Model 3 Charge port to in-house the design vs use a supplier assembly- Designed the Model 3 charge port and harness assembly, including bringing up the production line in Mexico. Went from concept to production in a year, resulting in vehicle cost savings of 20M+ a year- Developed innovate multi-material ultrasonic welding procedures, and automotive first- Introduced assembly line silicone over molding to save on costs and reduce complexity- Designed high voltage and high current connector contacts and terminals based on engineering fundamentals that were high performing and lower cost than anything commercially available- Team expert on electrical crimping, ultrasonic welding, interconnect plating, and general high voltage assembly DFM- Launched dozens of products into mass production utilizing injection molding, forging, stamping, die casting, extrusion, and metal injection molding- Sourced, managed, and developed oversea vendors relationships to ensure high quality part delivery on a timely schedule.

Austin, Texas, Us

- First engineering hire on the team to develop surgery tool to improve intra-articular injections- The product, A-Tap, cleared the FDA approval process and the technology and device was acquired.- Built in-house CNC and prototyping capability to fast track design iterations- Prototyped 30 devices over 8 months, resulting in a highly optimized and improved design- Ran clinical studies and collaborated with multiple orthopedic surgeons to further improve the design- Granted patents for innovative easy-switching valve technology- Sourced manufacturing of injection molding, sterilization and packaging

- Co-founder at Moxer Technologies.- Lead the hardware team engineering team that developed an automated vision measurement system. - Designed ground up cost efficient precision linear stages with micrometer levels of accuracy.- Built in-house CNC machine shop to produce all prototypes and production parts- Lead the electrical design work on a 32-bit ARM multi-axis motion platform controller- Supported the firmware development through testing, debug and calibration routines- Set the company culture and provided mentorship guidance for all team members- Lead the effort on financing, customer relationships, and user experience testing