Propulsion Controls Validation Engineer

Join a fast-paced Vehicle & Propulsion Controls team focused on delivering high-quality software for electrified and internal combustion powertrains (ICE). This role is responsible for validating propulsion control systems, identifying software issues, and ensuring robust system performance through advanced testing methodologies including Hardware-in-the-Loop (HIL) and vehicle testing.

Key Responsibilities

Develop and execute Design Verification Plans (DVPs) for propulsion system requirements testing

Evaluate system requirements and design effective validation strategies

Determine appropriate testenvironments (HIL vs. vehicle testing) for each test case

Perform OBD diagnostic validation and compliance testing

Conduct issue pre-analysis toidentify root causes and recommend solutions

Design and execute edge-case and failure-mode test scenarios

Validate propulsion system architectures across HIL and vehicle platforms

Collaborate cross-functionally with software, calibration, and systems teams

Basic Qualifications:

Bachelor’s degree in Mechanical Engineering , Electrical Engineering, Automotive Engineering, or a related degree field

1+ years of relevant experience

Proficiency in Microsoft Office Suite

Ability to work independently or collaboratively in a fast-paced environment

Strong organizational skills , with the ability to manage multiple projects simultaneously

Effective team player with strong interpersonal skills, comfortable in a multi-cultural matrix organization

Professional communication and presentation skills (verbal and written)

Fluent in English (speaking, reading, writing)

Interest in working on HIL and vehicle platforms , both on-site and remotely as needed

Preferred Qualifications

• Master’s degree in Mechanical Engineering , Electrical Engineering, Automotive Engineering, or a related field

• Experience with HIL and vehicle software validation testing methodologies

• Proficiency in network protocols

• Strong understanding of propulsion system architectures

• Hands-on experience with CANoe , CANalyzer, and INCA tools

• Knowledge of hazard analysis criteria and electronics

• Experience simulating CAN messages via CAPL

• Completion of regional high-voltage training courses

• Willingness to travel as needed