• Manage the molded part feasibility process, including, participating in product design reviews throughout the design evolution, including design sign-off.
• Review and 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 been complied 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.
• Proven mechanical 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.