Propulsion Calibration Engineer - On-Site Contract

Capgemini; Auburn Hills (MI); On-site; USD 34,000 - 54,000; Full time

Job summary

Capgemini is seeking a Propulsion Calibration Engineer in Auburn Hills, MI (on-site) to calibrate engine control systems to meet emission standards and customer requirements. The role requires a Bachelor's in mechanical or electrical engineering, and hands-on work with drivability and emissions calibration, plus tools like INCA and MATLAB/Simulink.

You will test and calibrate propulsion functions, deliver at defined milestones, and ensure proper integration of design settings across the vehicle

Qualifications

• Bachelor's degree in mechanical/electrical engineering required.
• Drivability and Emissions calibration, Hybrid Powertrain calibration experience.
• Knowledge of INCA/AVL CRETA or similar calibration management tools.
• Knowledge of advanced data processing tools such as MATLAB Simulink.
• Knowledge of the engine and vehicle environment.
• Emission Standards Experience.
• Control and Calibration Experience.

Responsibilities

• Calibrate and validate propulsion system functions to meet emission standards.
• Conduct vehicle testing and development under varied environmental and tolerance conditions.
• Deliver calibration at program milestones per client procedures.
• Verify integration of basic settings recommended by design.

Skills

Drivability

Emissions calibration

Hybrid powertrain calibration

Data analysis

MATLAB Simulink

Education

Bachelor's degree in mechanical/electrical engineering

Tools

INCA

AVL CRETA

Job description

Capgemini is seeking a Propulsion Calibration Engineer in Auburn Hills, MI (on-site) to calibrate engine control systems to meet emission standards and customer requirements. The role requires a Bachelor's in mechanical or electrical engineering, and hands-on work with drivability and emissions calibration, plus tools like INCA and MATLAB/Simulink.

You will test and calibrate propulsion functions, deliver at defined milestones, and ensure proper integration of design settings across the vehicle