Vehicle Test Engineering Student

Key Responsibilities

• Collaborate with the Mechatronics Systems Engineering group to support vehicle calibration, testing, and data analysis activities, while contributing to system‑level design.
• Contribute to the design and development of eDrive architecture by understanding system and subsystem requirements for the inverter/eMotor system from both external and internal sources.
• Perform inverter/eMotor system requirements analysis and support modeling to define the optimum system design.
• Carry out competitor analysis (benchmarking) of various inverter/eMotor system solutions in the transportation market.
• 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 benches, dynos, 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.
• Contribute to the development of test methods, procedures, and custom equipment for validation activities.
• Perform additional duties and responsibilities as assigned.

• Vehicle and system‑level testing using standardized methods and practices, including data acquisition and analysis.
• Simulation, calibration, and verification of mechatronic system control software strategies.
• Data collection and analysis from vehicles, test benches, dynos, and manufacturing environments.
• Collaboration with internal teams to define and refine software control logic and calibration strategies.
• Adherence to quality management systems (IATF
  16949) and all relevant procedures.
• Knowledge of safety policies and regulations for safe task execution.
• Development of test methods, procedures, and custom equipment for validation activities.
• Ability to perform additional duties as assigned.
• Working knowledge of data acquisition tools and techniques.
• Exposure to simulation and analysis using MATLAB.
• Understanding of electromechanical systems used in driveline applications.

• Apply engineering principles and Magna culture to practical, real‑life application projects.
• Contribute to the eDS group and advance the progress of Magna’s electrified products.
• Advance knowledge of automotive electrified powertrains and driveline components.
• Learn detailed design and development of inverter/eMotor system technologies for eDrive applications.
• Gain working knowledge of data acquisition tools and techniques.
• Gain exposure to simulation and analysis using MATLAB.
• Understand electromechanical systems used in driveline applications.

Magna is an equal‑opportunity employer and values a diverse workforce. We hire based on experience and skills, independently of color, religion, national or ethnic origin, sex, sexual orientation, age, citizenship, marital status, or disability. Magna takes data privacy seriously and complies with all applicable privacy laws.