Lead CAE & Design Engineer - Valve Systems

Onward Technologies Inc; Auburn Hills (MI); On-site; USD 90,000 - 120,000; Full time

Job summary

Onward Technologies Inc. in Auburn Hills, Michigan is seeking a Technical Specialist to direct CAE analyses, coordinate design directions, and lead a team toward robust valve concepts with SAP PLM-based 3D data models.

The ideal candidate has a bachelor's degree, at least 5 years designing valves (fuel systems), experience with NX or Catia, plastic components, springs and seals, and proficiency in DFMEA and DVP&R/PVP&R processes.

Qualifications

• Bachelor's degree or equivalent experience.
• 5+ years designing valves (fuel system valves) including detailed design and development of components.
• NX or Catia experience.
• Experience designing plastic components, springs and seals.
• Experience conducting stack-ups on interfaces and complex assemblies.
• Experience in developing a DFMEA.
• Experience in developing and executing a DVP&R/PVP&R.

Responsibilities

• Will direct CAE team to conduct analysis on designs to ensure proper function
• Will direct design team to create 3D math data models of concept and design improvements using SAP PLM.
• Will work with the Advanced Manufacture Engineering and targeted assembly plants as the project becomes mature
• Will work with prototype suppliers to get quotes and kick off prototype tools as needed
• Will work with customers for gaining the Voice of the Customer and eventually implementation

Skills

Valve design experience

Education

Bachelor's Degree or Equivalent Experience

Tools

NX or Catia

Job description

Onward Technologies Inc. in Auburn Hills, Michigan is seeking a Technical Specialist to direct CAE analyses, coordinate design directions, and lead a team toward robust valve concepts with SAP PLM-based 3D data models.

The ideal candidate has a bachelor's degree, at least 5 years designing valves (fuel systems), experience with NX or Catia, plastic components, springs and seals, and proficiency in DFMEA and DVP&R/PVP&R processes.