Mechanical Engineer

Responsibilities

• Project Management of multiple projects using APQP methodology.
• Schedule and lead APQP meetings internally with cross functional teams.
• Establish customer requirements/expectations:
  Interchangeability, service requirements, performance requirements, weight requirements, and homologation requirements.
• Establish part parameters:
  Oscillation (kinematic requirements), road load (dynamic requirements), and orientation (static requirements).
• Weight analysis - solid modeling (NX, or Inventor).
• Stress analysis - classical/ FEA (Linear Static, Nonlinear, and Fatigue) (Inventor).
• Oversee, apply, or approve appropriate GD&T as needed to 2D drawings.
• Oversee and approve 2D drawings and 3D models in appropriate customer CAD system.
• Develop 2D assembly drawings (AutoCAD, or Inventor).
• Develop 2D detail drawings (AutoCAD, or Inventor).
• Tolerance stack-ups based on SPC data as appropriate.
• Specify materials.
• Researching campaign able issues with customer as needed.
• Resolve warranty related issues as needed.
• Develop test specifications.
• Develop DVP&R as required by customer.
• Develop product DFMEA’s.
• Review product PFMEA’s with Manufacturing Engineers.
• Develop early sourcing agreement as required.
• R& D as required.
• Review and approve drawings.
• Problem solving using 8D methodology.
• Conduct Design of Experiments as required.
• Review Customer Specific Requirements.
• Considers customer specific requirements and expectations, strives for continuous improvement in areas of responsibility, and considers risk before acting on any decision.

Bachelor's degree (B.S.) in Mechanical Engineering (or related field such as Automotive Engineering) from a four-year college or university.