Led a multidisciplinary team of 6 engineers and technicians through the entire design and validation process of lithium-ion battery energy storage solutions, ensuring compliance with UL 1974 standards.

Conducted extensive research and iterative prototyping to optimize component weight and thermal performance.

Developed and refined detailed design plans and manufacturing processes to enhance efficiency, reducing part costs and assembly time.

Designed advanced busbars and electrical sub-components, focusing on minimizing power loss through precise welding techniques.

Established and maintained protocols for battery testing equipment, creating comprehensive fixtures, test plans, and SOPs to ensure accurate and reliable testing.

Led the end-to-end mechanical design process for Respiraid, a Class 3 critical care medical device, from initial concept through to production.

Conducted extensive design reviews and iterative testing to refine the electro-mechanical drive, resulting in a successful patent (US Patent No 20200261672).

Collaborated with a team of engineers to develop a cost-effective CPAP delivery kit for pediatric pneumonia patients, focusing on material selection and manufacturing techniques to minimize costs.