Powertrain Mechanical Engineer

Mechanical Engineer – Powertrain (EV & ICE Vehicles)

Our client, a leading manufacturer of electric and gas-powered vehicles, is seeking a Mechanical Engineer to support a range of growth initiatives across both electric (EV) and internal combustion (ICE) platforms
.

This is a hands‑on role focused on vehicle powertrain systems
, offering the opportunity to work on critical components such as motors, engines, transmissions, and related subsystems.

• Serve as a subject matter expert in one or more areas of vehicle mechanical architecture (e.g., motors, engines, CVTs, transaxles)
• Own the development of mechanical specifications, validation plans, and component requirements
• Lead and contribute to engineering processes including DFMEA, DVP&R, risk analysis, and engineering change management
• Collaborate cross-functionally with internal teams and external suppliers to support product development and implementation
• Drive projects forward by identifying risks, removing roadblocks, and ensuring on-time execution
• Support testing, validation, and continuous improvement efforts to ensure reliability and performance of designs
• Act as a key engineering contact for troubleshooting and resolving product issues
  , including customer-facing concerns
• Mentor junior engineers, designers, and technicians

• Contribute to technology roadmaps and long-term product strategy
• Ensure alignment with regulatory and industry standards
• Lead or support cross-functionally project teams to meet program milestones
• Apply structured problem-solving methodologies (e.g.,
  8D, 9-step problem solving
  )

• Bachelor’s Degree in Mechanical Engineering or related field required

• 7+ years of experience in mechanical or automotive engineering preferred
• Experience with powertrain systems (electric or ICE) is a strong plus
• Strong mechanical design, analysis, and problem-solving skills
• Experience with design validation, testing, and reliability engineering
• Ability to manage projects and work effectively across cross-functional teams
• Proficiency with CAD tools (e.g., Solid Works) and Microsoft Office (Excel, PowerPoint, Project)
• Strong communication skills, both written and verbal
• Ability to mentor team members and contribute to engineering best practices
• Proven ability to identify risks and implement mitigation strategies
• Balances technical decisions with business impact and practical considerations

• Work on cutting‑edge electric and gas-powered vehicle technologies
• Opportunity to own critical systems and influence product development
• Collaborative, fast‑paced engineering environment
• Strong visibility and impact across cross‑functional teams