xEV Inverter Controls

Role:

• Hybrid and Electric Vehicle Traction Motor/Inverter Control Engineer

Responsibilities:

• Define HEV/EV Traction Inverter Electrical System Architecture
• Drives functions and Control algorithms such as State transition Diagram Conditions, Torque control (Protection restriction), Thermal behavior estimations management, Vehicle Adhesion Controls
• Inverter Controls Software Verification and Validation
• ISO 26262 compliance for Traction Inverter ECU, DFMEA
• Work with System team to identify the electrical interfaces calibration
• Functional Testing, System/Component Benchmarking

Technical/ Functional:

• Knowledge of Power electronics in Electric Vehicle and its Components
• Knowledge of Electric drivetrain systems (Architectures, modeling and simulations and design considerations)
• Modeling, analysis and design of Inverters, Motor drives and its topology (Vector control Direct Control systems)
• Vehicle dynamics using MATLAB/Simulink or any other tool.
• Knowledge of ISO 26262
• Exposure to Hybrid / Electric Powertrain Control Design, development, Verification and Validation. Familiarity with on board diagnostics.
• Experience in testing at controller level (HIL), Motor bench and vehicle level
• Exposure to Regulations, and Standards of HEV/EV such as AIS 041, AIS038, AIS102

Behavioral

• Proactive
• Excellent analytical capability
• Should be able to work in large teams and dedication for timely completion of projects
• Should be open to posting anywhere as per the job requirement

Education Qualifications:

Essential :

• B.E / B. Tech in Electrical Electronics/ Electronics Communication
• Minimum 60 % marks

Desirable:

• Academic/Industrial Project experience related to Traction Motor/Inverter design or simulation/testing
• M.E. / M. Tech Course with relevant electives
• Traction Control System for Electric Vehicles (EV)
• Power Electronics and Drivers Controls
• Control System Engineering