Vehicle Test Engineering Student

Job Responsibilities

• Contribute to design and development of eDrive architecture by understanding system requirements and subsystem requirements related to the inverter/ eMotor system from both external and internal sources.
• Perform inverter/ eMotor system requirements analysis and support modeling to define the optimum inverter/ eMotor system design.
• Carry out competitor analysis (benchmarking) of different inverter/ eMotor system solutions in the transportation market.

Requirements And Qualifications

• Participate in vehicle and system-level testing using standardized methods and practices, including data acquisition and analysis.
• Support the development, documentation, and verification of mechatronic system control software strategies through simulation, calibration, vehicle evaluation, and peer reviews.
• Collect and analyze data from vehicles, test bench, dyno, and manufacturing environments; assist in root cause investigations and issue resolution.
• Collaborate with the vehicle applications team to define and refine software control logic and calibration strategies.
• Adhere to established quality management systems and follow all relevant policies, procedures, and operational guidelines.
• Maintain a working knowledge of safety policies and regulations to ensure safe execution of tasks for self and others.
• Contributes to the development of test methods, procedures, and custom equipment for validation activities.