Engineer, Mechanical Design Engineering

Perform in-depth analysis of servo-mechanical failures and facilitate engineering evaluations on design changes and component revisions. Coordinate product and technology transfers between design and manufacturing sites to improve production yield and reliability.

Responsibilities

• Provide in-depth analysis for critical failures related to the servo-mechanical issue, Hardware/Software troubleshooting, setup of existing or new capability supporting the organization
• Facilitate Engineering Evaluations on design changes, component revision rolls, process verifications or any deviations in materials or components to ascertain effects or benefits on production line yield, scrap, cycle time, OQA and reliability performance
• Develop, maintain, and update a working knowledge on component technology, manufacturing methods and parts application, providing technical information for a colleague
• Participate in product and technology transfers between Designer and Manufacturing, Work with Design Engineering from San Jose and Fujisawa on Component Design Enhancements, Engineering Change, Evaluations and coordinate implementation in the Factories
• Provide team leadership in task-force and action teams in driving critical issues/failure
• In-depth expertise in the major function of the department supporting the organization on critical studies and issues
• Derive and develop CA for future improvement on products by performing design change based on lessons learned
• Ensure commonality or standardization among the same process or system within related manufacturing sites

Requirements

• Currently pursuing or recently completed Bachelor's degree in Mechanical Engineering, Mechatronics Engineering, Electrical Engineering, Industrial Engineering, or equivalent experience
• Working experience preferably in the HDD or consumer electronics industries
• Knowledge of MS-office, SPC, Big data platform, Minitab, JMP data analysis, MATLAB, Solidworks, GD&T, DOE, Mechanical Drawing Interpretation, electro-mechanical troubleshooting
• Capable of performing mechanical stack-up tolerance analysis
• Good understanding of team working and how to integrate with others to achieve objectives
• High quality of work and a good understanding of the impact of accurate data collection on failure analysis
• Take personal responsibility for actions and provide support to a highly motivated team working at a fast pace
• History of problem-solving; able to drive problems to resolution

Benefits

• Foundational training through a structured onboarding, mentorship, and development curriculum
• Opportunities for career growth and development
• Inclusive environment where every individual can thrive through a sense of belonging, respect and contribution
• Commitment to diversity and inclusion

Key Skills