The Design Industrialization Engineer is responsible for working between engineering and supply chain teams as well as with external suppliers to ensure alignment on requirements, provide critical feedback on part designs, 2-D drawings, and directly improve specification development procedures for Ford's next generation electric powertrains.
Own processes, communication, and documentation during transition to high volume production
Develop correct specs for successful RFQ's using reliability goals and FMEA's
Evaluate supplier capabilities using Product DFM & Process DFM tools
Define supplier quality goals during DFM negotiations and prototype phases for pre-production activities
Conduct supplier visits to ensure accuracy of information
Support design team in generating and checking 2-D drawings and component specifications
Define internal specification development procedures
Perform design for manufacturing review of components and systems
Validate quoted costs vs. reality of production, and eliminate supplier waste for optimized cost
Help define and drive program schedule based on supplier lead-times
Ensure engineering design work and supplier milestones are met
Directly contribute to hiring and building out of engineering and quality teams
8+ years of experience in automotive or related high volume manufacturing field
Proficiency in CATIA
Experience with PPAP, Lean Six Sigma, and Minitab.
Strong engineering and quality skills to support supplier process and quality negotiations
Previous experience as a design and quality engineer
Ability to provide feedback on supplier processes to ensure manufacturability and cost optimization.
Ability to hire and recruit engineering and supply chain team member.
B.S. in Mechanical Engineering, Manufacturing engineering or related field
Leading people, assertiveness and collaboration with multidisciplinary teams
Experience in supplier quality management and production management
Familiarity with GD&T and DFM
Understanding of QMS and SPC