Own development and implementation of hinge architecture using MIM technology, driving a critical user-facing mechanism from early stage through mass production.

Led an 8-person mechanical engineering team to establish a Center of Excellence across four critical hardware subsystems (RF, PCBA, Audio, Thermal).

Owned existing and next-generation shielding technologies as the primary Subject Matter Expert, driving weight and cost-reduction strategies across the product portfolio.

Architected hybrid thermal systems utilizing advanced manufacturing methods to solve complex thermal challenges in high-density devices.

Architected and implemented a mechanical design reuse strategy for board-level RF shielding on a new program, reducing development costs by 73%.

Served as the primary mechanical design expert for RF shielding. Directed SMEs across 5 distinct teams to formalize design criteria, standardize processes, and adopt new shielding materials and techniques for large-scale system improvements.

Implemented shield technology changes that directly increased board yield. Partnered with cross-functional teams to drive down tooling costs through mass production.

Managed the design, development, production, and testing of RF shields across multiple simultaneous hardware programs, partnering directly with RF engineers to define requirements and validate performance.

Directed Microsoft Culture of Learning University as Program Lead, owning the onboarding and fundamental/continuation training site for all Microsoft FTEs in the devices space.

Served as on-call SME for top-down design and CAD implementation, mentoring new hires and training the broader ME organization in advanced CAD techniques.

Conducted architectural evaluations and design refinements leveraging legacy products to meet specific device requirements. Partnered with Industrial Design to evaluate and implement mechanical solutions for PCBA and button assemblies.

Led mechanical engineering and fixture/machine design efforts. Owned the design and led production of 15 program development products, improving UX, reducing costs, and establishing reusable design standards.

Owned assembly strategy and process engineering for on-site POC/EV builds. Scaled assembly operations to meet volume requirements and trained personnel.

Served as the SME for assembly and rework on Surface programs (with an emphasis on Foldables), developing new rework strategies that maximized both local and factory yields.

Partnered with Microsoft Quantum to aid in the design and production of a UHV component fabrication system.

Designed and built custom testing machines and fixtures to provide rapid feedback to engineers and researchers.

Executed destructive and non-destructive testing using a systems-engineering approach, performing data analysis to validate design specifications.

Coordinated directly with overseas suppliers on designs, managing manufacturing, shipment, and implementation while providing system design guidance to program leads.