Manage the molded part feasibility process, including, participating in product design reviews throughout the design evolution, including design sign-off. Reviewand understand the mold flow simulation analysis throughout the design evolution. Manage and resolve feasibility issues, including GD&T requirements and SC and CC requirements. Support red flag meetings where appropriate. Review and approve all plastic part designs. Ensure that the appropriate tool design is developed for the part. Participate in Tool design reviews, incorporating the Plant needed functions and connectors.  Ensure that Company tooling standards have beencomplied too. Sign-off on all injection mold tool designs. Troubleshoot problems with all tooling. Repair, fix and implement engineering changes. Develop and implement corrective and preventative actions. Ensure plant safety and housekeeping standards are maintained.  Use analytical problem solving. Understand injection molding processes, molded part feasibility and tool build/design. Experience with injection molding equipment, robotics, and auxiliary equipment. Provenmechanical aptitude for problem solving. Experience with various injection molding tool technologies (e.g. RPT, Aluminum, P-20, mold max, cooling and turbulent flow, tool shot,mold behind, in-mold formed laminates).

Bachelor's Level Degree

Area of Study:    Plastics Engineering, Manufacturing Engineering or similar

*Equivalent work experience may also be considered for certain positions.

1 -3 Minimum Years of Experience with Mold Design.

1-3 Minimum Years of Experience within the automotive industry.

Must be able and willing to travel and work atcustomer sites, including industrial manufacturing plants which might require climbing, lifting, orworking in confined spaces.

Proficient with Microsoft Excel, Word and PowerPoint. 1-3 years or more experience in injection molding tool and process engineering. Completion of formal apprenticeship program resulting in a Journeymen Level Tool and Die Maker.