Propulsion Controls Systems Engineer (EV/Hybrid Powertrain Architecture)

India; Auburn (AL); On-site; USD 70,000 - 90,000; Full time

Job summary

Stellantis in Auburn, Alabama is seeking a Propulsion Controls Systems Engineer to lead the development of propulsion system architecture for next-generation electrified and hybrid vehicle technologies. You will ensure alignment across software, hardware, and controls integration.

The ideal candidate will have a bachelor's degree in engineering and at least one year of relevant experience. Strong analytical skills and experience with MATLAB/Simulink are highly valued, along with knowledge of hybrid systems and control algorithms.

Qualifications

• Minimum of 1 year of experience in propulsion controls or systems engineering.
• Deep understanding of control algorithms and system behavior.
• Good domain knowledge in hybrid and BEV control systems.

Responsibilities

• Develop and maintain operational systems architecture for propulsion control systems.
• Define system concepts for electrified powertrain applications.
• Contribute to the development of propulsion control algorithms.

Skills

Propulsion controls

System architecture

Control algorithms

Requirements engineering

Education

Bachelor’s degree in Electrical, Mechanical, Systems, or Controls Engineering

Tools

MATLAB/Simulink

DOORS

SysML

Job description

Stellantis’ Vehicle and Propulsion Controls organization is seeking a Propulsion Controls Systems Engineer to define and deliver end‑to‑end propulsion system architecture for next‑generation electrified and hybrid powertrain technologies.

In this role, you will translate vehicle‑level feature requirements into scalable, high‑performance system solutions, ensuring alignment across software, hardware, controls, and physical system integration. You will play a key role in advancing propulsion control strategies and enabling modern EV, BEV, and hybrid vehicle platforms.

The ideal candidate thrives in a fast‑paced, cross‑functional environment and is passionate about solving complex technical challenges across global engineering teams.

Key Responsibilities

• Develop and maintain operational, functional, and physical system architecture for propulsion control systems
• Define system concepts, use cases, and operational scenarios for electrified powertrain applications
• Perform functional decomposition and allocate requirements across subsystems and components
• Define end‑to‑end propulsion system architecture (functional and physical) across ECU, sensors, actuators, and networks
• Contribute to development and refinement of propulsion control strategies and algorithms
• Support requirements engineering, system modeling, and MBSE activities (SysML)
• Develop architecture artifacts including system definition documents, interface specifications, and EE network topology
• Evaluate feasibility of vehicle‑level functional objectives and provide design feedback to vehicle engineering teams
• Define and document feature requirements and system behaviors
• Develop DFMEA (Design Failure Mode and Effects Analysis) for assigned features
• Support planning and deliverables aligned with internal and external stakeholder requirements

Key Competencies

• Strong systems engineering and architecture mindset
• Deep understanding of propulsion controls, control algorithms, and calibration interactions
• Ability to lead and collaborate across global, cross‑functional teams
• Strong analytical thinking with ability to evaluate design trade‑offs
• Excellent communication and stakeholder management skills

Basic Qualifications

• Bachelor’s degree in Electrical, Mechanical, Systems, or Controls Engineering
• A minimum of 1 year of experience in propulsion controls / systems engineering
• Good domain knowledge in:
  • Engine / Hybrid / BEV control systems
  • Control algorithms and system behavior
  • Requirements engineering and system architecture

Preferred Qualifications

• Master’s degree or PhD in Controls, Systems, or Automotive Engineering
• Experience with:
  • MATLAB/Simulink modeling and controls development
  • MBSE (SysML, Rhapsody, Cameo)
  • DOORS, ALM, PLM (ENOVIA)
• Knowledge of:
  • CAN / LIN / Ethernet communication protocols
  • Functional safety (ISO 26262)
  • ASPICE / Stellantis SE processes