- Redesigned VR helmet to accomodate new tracking system and motorized IPD adjustment for initial commercial use while minimizing impact to existing ID model.- Documented and trained assembly operators on processes to build streetlight WiFi access points in quantity while revising design based on new requirements and test results prior to product's successful launch.

- Responsible for mechanical architecture of VR helmet shell designed around an existing HMD (stripped down) for proof of concept testing.- Responsible for mechanical architecture of streetlight attached WiFi access point while meeting multiple ID and EE constraints. Including prototypes, BOM creation, and release of tooling for initial builds.- Determined critical stacks while designing a new smartphone from scratch while evaluating multiple combinations of imagers and displays.- Designed acoustic chamber assembly for folding phone.

- Continously reviewing supplier options for best quality and value.- Review possible future products for manufactuability and cost.- Improved GoBQ manufacturablity, lowered product cost, and aided material selections.

- Reviewing product designs from other locations/ODMs for improvements and teach use of top-level skeletons. Travel to design and ramp sites to verify critical ECRs are implemented correctly.- Manage small teams (3-4 people) for projects.- Designed and implemented first heatpipe in a Motorola product (Moto Z).- Developed custom mid-mount USB-C for first use of a Type-C in a Motorola product (Moto Z).

Responsible for engineering complete product assemblies from designer hand-off through RFQ, FOT, pilot/qualification builds, and mass production.

Worked to reduce the cost of manufacturing turbine blades using poka-yoke and kaizens techniques.