Key Responsibilities
□ Project lead for development, casting, and delivery of parts to customer specifications
□ Ensure the uniformity and efficiency of mold designs to optimize process efficiency
□ Work with the Process Modeling team to simulate and optimize casting processes
□ Collaborate with various design groups to add foundry specific features to the CAD design for tooling release
□ Lead tooling design, production, and procurement efforts
□ Advance the state of technologies for tooling and laboratory support fixtures in support of manufacturing processes
□ Ensure dimensional and metallurgical conformance of final product to customer expectations
□ Utilize statistical process control and continuous improvement tools to maximize and optimize RPCL throughput
□ Coordinate cell activities with the Process Engineers and Operations Manager
□ Lead efforts to enhance the quality of cast components produced in the RPCL
□ Analyze and enhancing production processes to minimize non-conformances by implementing specific corrective actions where necessary to improve efficiency and overall part quality
□ Define and implement lead time improvement, cost reduction, and process improvement opportunities
Required Qualifications
□ B.S. degree in Engineering with 5+ years applicable experience
Preferred Qualifications
□ Degree in Mechanical Engineering or Manufacturing Engineering
□ A demonstrated history of implementing, maintaining and monitoring tooling for cast/core products and designing/monitoring associated quality assurance/control measures
□ Hands-on developmental and manufacturing experience with investment casting wax injection molding and wax assembly machinery and processes
□ Full proficiency in Computer-aided Design (CAD) systems such as NX
□ Ability to effectively work in a laboratory environment with a diverse group of skilled hourly operators and professional engineers.
Duration: Long term, could turn permanent for the right candidate.
Rate: DOE