I was responsible for ensuring the durability, reliability, and performance of automotive components through comprehensive analysis and innovative engineering solutions. My key responsibilities included:- Stress Deformation Analysis: Conducted detailed stress deformation analysis to identify potential weaknesses and ensure the structural integrity of automotive parts.- Plastic Mold Flow Analysis: Performed plastic mold flow analysis to optimize the manufacturing process, ensuring high-quality and defect-free plastic components.- Vibration Analysis: Analyzed vibration properties of materials and components to enhance vehicle stability and reduce noise and vibration levels.- Thermal Properties Analysis: Assessed thermal properties to ensure efficient heat dissipation and thermal management in automotive systems.- Project Management: Collaborated with cross-functional teams to manage complex projects from concept to completion, ensuring timely delivery and adherence to quality standards.- Quality Assurance: Ensured compliance with industry standards and regulations, conducting rigorous testing and validation of components.

As a Mechanical Engineer at Young Optics, I was primarily involved in the development of light-curing 3D printers. My key responsibilities included:- Machine Design: Designed the structural and mechanical components of the 3D printers, ensuring functionality, reliability, and ease of use.- Operational Testing: Conducted comprehensive operational tests to validate the performance and precision of the 3D printers, identifying and resolving any issues to optimize efficiency.- Prototype Assembly: Led the trial assembly of prototypes, working closely with the team to refine the design and improve the assembly process.- Collaborative Development: Worked in collaboration with cross-functional teams, including electronics, software, and materials engineering, to integrate various subsystems into the final product.- Quality Assurance: Ensured that the final products met industry standards and company quality guidelines through rigorous testing and validation processes.