About The Position

The engineer will design, develop, and validate air intake systems for internal combustion engine and hybrid electrified vehicles. Systems and components may include low-pressure clean- and dirty-side ducts, air cleaners, make-up air hoses, resonators, air filters, brackets, and potentially high-pressure charge ducts. The engineer will manage assigned air intake systems through potentially any stage of development. Work includes early packaging and component design and execution to meet air-intake-system, engine, and vehicle functional objectives; coordinating CAD design, CAE, prototyping, and physical testing; and documenting these activities. Depending on program assignments, the engineer may support sourcing and coordinate and track supplier progress to ensure part maturity and milestones are achieved. Designs and processes should follow best practices and methodologies, including DFMEA and DVP&R, to minimize risk. The role may require occasional onsite support at applicable engine and/or vehicle assembly plants. Additional work includes supporting quality concerns, process-change validation, and technical cost-reduction (value optimization) activities after vehicle launch.

Requirements

  • Bachelor's degree in Mechanical Engineering, Electrical Engineering, or a related degree field.
  • At least 5 years of experience.
  • Excellent written and verbal communication skills.
  • Ability to lead and manage suppliers.
  • Ability to manage multiple concurrent activities.

Nice To Haves

  • Master's degree in Engineering.
  • Working knowledge of air intake systems and components (preferred but not required).
  • Ability to proactively communicate with teammates, stakeholders, and supervisor.
  • Ability to operate independently in a remote or hybrid office/remote workplace.
  • General knowledge of CAD design.
  • General knowledge of spreadsheets and building presentations.

Responsibilities

  • Design, develop, and validate air intake systems and related components for internal combustion engine and hybrid electrified vehicles.
  • Manage assigned air intake systems through applicable stages of development, including early packaging and component design and execution to meet system, engine, and vehicle functional objectives.
  • Coordinate CAD design, CAE, prototyping, physical testing, and documentation of those activities.
  • Support sourcing activities when required by program assignments.
  • Coordinate and track suppliers to ensure part maturity and milestones are met.
  • Apply best-practice design and development methodologies, including DFMEA and DVP&R, to minimize risk.
  • Provide occasional onsite support at applicable engine and/or vehicle assembly plants.
  • Support quality concerns, process-change validation, and technical cost-reduction (value optimization) activities after vehicle launch.
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