Advanced PE Final Assembly Process Engineer - J0050604

About the Role

The Corporate Advanced Production Engineering team supports all SDV Business Unit Americas Region manufacturing sites. Primary responsibilities include investigating and developing new assembly processes, driving cost and efficiency improvements, and supporting the installation and commissioning of new equipment at manufacturing sites. The role works closely with site Process Engineering (PE) teams and Cross-Functional Teams (CFT) to ensure a smooth, zero-defect (0 PPM) product launch.

Responsibilities

• Prepare equipment and standard time (ST) quotations for new business opportunities.
• Develop cost-effective and flexible assembly processes for low-volume and build-to-print products.
• Collaborate with Design Engineering (DE) to establish and maintain process Value Engineering/Validation (VEC) standards for both current and future products.

Qualifications

Required

• Problem-solving and troubleshooting skills.
• Strong initiative to complete project tasks on-time and within budget.
• Strong communication skills to effectively communicate with cross-functional teams.
• Strong time management skills to simultaneously manage multiple projects.
• Ability to manage projects in a team environment.

Beneficial

• SolidWorks 3-D CAD modeling (or other CAD systems) experience.
• Programming capability (PLC/GLC, C++, VB, SQL, etc.).
• Experience with Surface Mount Technology.
• Vision systems (Keyence, Cognex) experience.
• Experience with Process Design.
• Experience with robotic applications.

Education

BS degree in Electrical, Electronics, Mechanical, Mechatronics, or other engineering technology.

Experience

7+ years of engineering experience in an automotive/manufacturing environment.

Working Conditions

• Physical Demands: Required to sit or stand for long periods of time. Occasionally lift and/or move up to 40 pounds.
• Travel: Travel for training, machine design and validation, customer/supplier/group company support, etc., will vary but should be less than 30%.