- Managed the full product development lifecycle, including 3D/2D design, DFMEA, prototyping, technical documentation, BoMs, and DFMs.

- Designed specific components such as hinges, adjustable hinges, mullion bar structures, click-type handles, and fastening components using cold-rolled sheet metal and injection-molded plastic.

- Handled integration zones with electrical components such as Wi-Fi units, PCBs, sensors (e.g., humidity, heat), and structural interfaces for embedded systems.

- Collaborated with industrial designers, optical designers, and UI mechanics for mechanical-visual integration.

- Conducted patent research and designed the Position Adjustable Hinge Structure (patent no. 2023-GE-81755).

- Participated in global R&D meetings and international project coordination.

Managed the full product development lifecycle: 3D/2D design, DFMEA, prototyping, documentation, BoMs, and DFM.

Designed components such as hinges, adjustable hinges, mullion bars, click-type handles, and fastening parts using cold-rolled sheet metal and injection-molded plastics.

Led integration of mechanical and embedded systems (Wi-Fi units, PCBs, sensors like humidity/temperature) in coordination zones.

Collaborated with industrial designers, UI/optical engineers for mechanical-visual integration.

Developed patented components, including Position Adjustable Hinge (patent no. 2023-GE-81755), hinge covers, brackets, and caps.

Invented Reinforcement Centering Design (patent no. 2022-GE-869666), a centering cap solution that replaced costly reinforcement systems—cutting costs by 60%, eliminating labor-intensive steps, and improving alignment reliability.

Led mechanical testing, CAD design, prototyping, production transitions, and design verification.

Drove cost, quality, and efficiency improvements for existing products by implementing scalable and production-ready design solutions.

Participated in global R&D meetings and cross-functional international project coordination.