With a strong foundation in mechanical design and production control, I bring hands-on experience in CATIA, automotive frame and cowl design, and process optimization. My leadership experience in both a student-built automotive club and as a production control team member has honed my ability to manage teams, streamline operations, and ensure quality production. I am confident in my ability to contribute effectively to the Production Engineering team with my technical expertise and collaborative approach.
I worked in the Production Control team, managing the MX5a ICE/HEV models. My responsibilities included ensuring the seamless implementation of hardware and software changes (EO) by coordinating with suppliers and customers, managing inventory, setting up barcodes, and verifying BOMs.
Through production planning tasks, I contributed to ensuring smooth production in line with the planned quantities at the factory.
As the Team Leader of the Frame and Cowl Manufacturing Team, I was responsible for designing the car frame and cowl, delegating roles to team members, and providing training to ensure smooth production.
As a student researcher in an Aerospace Engineering laboratory, I conducted experiments to determine the most efficient shape and conditions for heat pipes used in spacecraft, and authored a research paper on the findings.
Proficient in CATIA and experienced in designing and manufacturing automotive frames and cowls as a team leader, showcasing strong technical and leadership skills in mechanical design
Leveraged hands-on experience in the Production Control team to manage schedules, implement EO changes, and coordinate with suppliers and customers to ensure smooth production processes
Successfully led a student-built automotive club team, delegating roles, training team members, and driving projects to completion, demonstrating effective leadership and teamwork