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Senior Designer - HVAC/Engine Systems

Stellantis
United States, Michigan, Auburn Hills
Sep 11, 2026

The PHES (Propulsion-HVAC & Engine Systems) Senior Designer position is for a highly skilled and experienced designer for the Propulsion HVAC and Engine Systems Design Services team. The candidate will use NX CAD to perform packaging, concepts, designs, layouts and checking of Engine System components including, but not limited to the following: Plastic (or sheet metal) parts for the air induction systems, (air boxes, ducts, hoses, engine covers, etc.), and exhaust systems (hot end, cold end, etc.)

Responsibilities include, but are not limited to:



  • Creation of explicit geometry, including use of parametric modeling.
  • Completion of advanced packaging feasibility studies.
  • Completion of manufacturability and/or feasibility studies.
  • Packaging assessments of new components / systems (i.e. Air Induction, Cooling, HVAC, Fuels, and Exhaust systems, etc.).
  • Working with engineers to complete manufacturing/service studies.
  • Redesign models and complex assemblies to improve design quality.
  • Commonization studies.



Basic Qualifications:



  • Associate's degree in design / engineering or related area of study OR High school diploma / GED and relevant training / experience in design or engineering field.
  • Minimum 7 years of experience in NX or Catia - basic skills test may be administered
  • Minimum 7 years' design experience with relevant experience
  • Extensive experience with NX parametric solid modeling and Teamcenter
  • Strong written and oral communications to lead design and packaging meetings
  • Strong organization, planning, and data management skills
  • Ability to create designs per engineering standards
  • Ability to understand, create, and interpret 2D drawings, 3D models and apply tolerancing
  • 0-20% travel, domestic and international


Preferred Qualifications:



  • Bachelor of Science degree in Mechanical Engineering (BSME) or Bachelor of Science degree in an engineering or a technology related discipline
  • Extensive experience using NX or CATIA parametric solid modeling
  • Minimum 7 years of Air Induction Systems design and releasing experience
  • Strong interpersonal skills, to include ability to work effectively within an extended team
  • Experience in the design of complex CAD models assemblies and components
  • Self-starter who is comfortable managing multiple assignments
  • Ability to apply GD&T and perform component stacks
  • Knowledgeable of automotive systems and subsystems
  • Knowledge of manufacturing and assembly processes

The PHES (Propulsion-HVAC & Engine Systems) Senior Designer position is for a highly skilled and experienced designer for the Propulsion HVAC and Engine Systems Design Services team. The candidate will use NX CAD to perform packaging, concepts, designs, layouts and checking of Engine System components including, but not limited to the following: Plastic (or sheet metal) parts for the air induction systems, (air boxes, ducts, hoses, engine covers, etc.), and exhaust systems (hot end, cold end, etc.)

Responsibilities include, but are not limited to:



  • Creation of explicit geometry, including use of parametric modeling.
  • Completion of advanced packaging feasibility studies.
  • Completion of manufacturability and/or feasibility studies.
  • Packaging assessments of new components / systems (i.e. Air Induction, Cooling, HVAC, Fuels, and Exhaust systems, etc.).
  • Working with engineers to complete manufacturing/service studies.
  • Redesign models and complex assemblies to improve design quality.
  • Commonization studies.


At Stellantis, we assess candidates based on qualifications, merit, and business needs. We welcome applications from all people without regard to sex, age, ethnicity, nationality, religion, sexual orientation, disability, or any characteristic protected by law. We believe that diverse teams reflect our identity as a global company, enabling us to better address the evolving needs of our customers and care for our future.
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