Own design lifecycle from concept → prototyping → testing → manufacturing handoff

Develop mechanical architectures and packaging solutions for wireless power and connector technologies

Design and test coil geometries, evaluating Q factor and performance impacts of dielectric materials using network analyzers (VNA)

Drive cross-functional integration with electrical, thermal, and manufacturing teams to deliver fully integrated hardware systems

Support programs across multiple development phases (R&D through deployment) for government and commercial customers

Mentor interns and junior engineers, providing guidance on design practices and execution

Contribute to internal engineering processes, including design reviews, documentation standards, and workflow improvements

Designed, built, and iterated on UAV platforms based on mission requirements and real-world constraints

Integrated mechanical structures, electrical systems, and Pixhawk-based flight control systems

Analyzed system performance and implemented design improvements across multiple development cycles

Designed and developed UAV platforms under NDAA-related constraints, aligning with real-world regulatory and operational requirements

Developed self-supporting drone frames for autonomous mission profiles and system reliability

Revamped ground station architecture to improve performance and enable long-range operations

Identified design inefficiencies and implemented improvements across existing systems

Integrated customer hardware into UAV platforms using Pixhawk-based flight control systems

Participated in system testing and validation in real-world environments

Contributed to early-stage development of drone mapping capabilities

Collaborated with cross-functional teams to analyze concepts and propose engineering improvements

Developed and presented technical proposals aligned with mission requirements