• Contributed to the design and development of electromechanical products launched in the market, including gaming controllers, robots, AR glasses, and medical devices, across various stages: research, concept design, prototyping, material selection, testing, FEA, DOE, DFMA, GD&T, EVT, as well as high-volume production in factories.

• Worked on designing system architecture and parts around PCBs using FPCs and FFCs, display systems using LCD and light pipes, sensors like IR, FSR, and temperature sensors, and input/output devices like joysticks, buttons, speakers, and microphones.

• Improved the engineering performance and reliability of Backbone mobile gaming controllers launched in 2025 up to 65% by developing custom testing rigs, designing experiments, and improving the performance using finite element analysis.

• Collaborated with clients, industrial design teams, external stakeholders, and manufacturers in China for prototype and supply chain development, significantly reducing development cycle time.

• Designed and developed innovative products in the household electrical appliance

industry, with four products launched in the market, resulting in increased revenue

of $1.2M.

• Co-inventor for two patents applied in household water heating solution and

garment-care segment.

• Led a project on improving food hygiene, collaborating with design, engineering, marketing,

and outside customer stakeholders.

Redesigned hydraulic manifold blocks for Additive Manufacturing using CFD analysis, achieving a 71% reduction in weight and a 12.5% reduction in pressure drop.

Designed and analyzed solutions to the problem of dust and water seepage in tractor hydraulic control panels, achieving a solution life-cyle of 80,000 cycles.

Mechanical study and analysis of GEM (Gas Electron Multiplier) detectors to be used in Large Hadron Collider upgradation.