As a key member of the Mechanical Design Engineering team at Fourté International, I play an integral role in the design and development of optical transceivers, contributing to future advancement of optical technologies. My role encompasses designing high-precision mechanical solutions, including CNC machined parts and sheet metal components for optical modules, ensuring enhanced product performance and quality.Key Responsibilities:R&D and Product Innovation:Contributing to research and development efforts as one of the key persons in the R&D team, focusing on enhancing the functionality of optical transceivers through innovative mechanical designs.Mechanical Design & Tooling Expertise:Designing and fabricating hand-forming tools to shape a wide range of sheet metal components, including optical transceiver parts, clips of various geometries, and pull tabs, with a focus on precision and functionality.Prototyping and Production Support:Developing prototypes for next-generation optical modules, ensuring that new designs adhere to stringent quality standards while supporting seamless production transitions.Precision Forming:Hands-on involvement in the precision forming of critical components, ensuring that all parts meet exacting quality and performance specifications required for high-end optical modules.Stakeholder Collaboration:Working closely with cross-functional teams and key stakeholders to ensure project alignment with strategic goals and timelines, while actively contributing to the company’s innovation pipeline.Achievements:Contributed to the development of next-generation optical transceiver as part of the R&D team, contributing to product enhancements that are vital to the company’s future growth.Designed and implemented advanced hand-forming tools, resulting in improved efficiency and quality in the production of optical transceiver parts.

During my internship at Benchmark Electronics (M), I had the opportunity to support the NPI Engineering team within the Engineering department. My role involved analyzing customer drawings to ensure compliance with specifications and updating the inspection check sheets accordingly. I was responsible for tracking project status and developing a strategic plan for subsequent processes, which honed my analytical skills and understanding of new product introduction (NPI) workflows. This experience provided me with valuable insights into engineering practices and project management in a fast-paced manufacturing environment.

I was elected to be President for EVEX UTP in 2020. EVEX UTP is a student-run event consultancy. EVEX is an Event Experts. We run events for our clients, UTP students or staffs. We also do assist UTP students in running their own events.

I was chosen as project director to run SEDEX43 on July 2020. SEDEX (EST. 1997) is one of the main academic activities organised by UTP serving as a platform for students and staff to present their innovative and creative ideas. The event is held biannually and participated by various departments in different competing categories.