About The Position

Stellantis is seeking a Principal Electrified Powertrain Controls Engineer to serve as a technical leader within the Electrified Propulsion Controls Center of Excellence, driving the strategy, architecture, and delivery of advanced electrified powertrain systems. In this role, you will define system-level control strategies and lead the development and integration of next-generation EV, BEV, REEV, and hybrid platforms, ensuring high-performance, scalable, and production-ready solutions. The ideal candidate is a recognized expert in electrified propulsion controls, with strong experience shaping architecture, driving innovation, and leading complex global engineering initiatives.

Requirements

  • Bachelors' degree in relevant engineering field
  • A minimum of 7 years of experience in controls/software engineering
  • Recognized expertise in propulsion control systems
  • Proven leadership in delivering production systems
  • Strong influence across organizations
  • Deep expertise in electrified powertrain systems and architectures
  • Advanced control theory and system optimization
  • Expert-level model-based development and embedded software
  • End-to-end V-cycle ownership
  • Extensive experience with validation, calibration, and diagnostics
  • Strong system integration and vehicle-level performance understanding
  • Soft and Leadership Skills
  • Technical authority and decision-making capability
  • Ability to lead global, cross-functional teams
  • Strong executive communication and reporting
  • Ability to lead crisis resolution and production issues
  • Strategic thinking and roadmap definition

Nice To Haves

  • Master’s or PhD in relevant engineering field

Responsibilities

  • Define control strategies and system architecture at the vehicle and system level
  • Lead development and integration across multiple electrified vehicle programs (BEV, REEV, HEV)
  • Drive complex control algorithm design, optimization, and performance improvements
  • Ensure system robustness across the full V-cycle (MIL, SIL, HIL, and vehicle validation)
  • Lead resolution of critical system issues and production challenges
  • Establish engineering standards, methods, and best practices
  • Drive innovation in advanced controls, including optimization and emerging approaches
  • Provide technical leadership, mentoring, and coaching to engineering teams
  • Collaborate with global stakeholders and executive leadership to align technical direction
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