GE_107 -Powertrain integration engineer

Location: Bangalore, India

Department: Staffing

Experience: 3-6

Role Summary

Key Responsibilities

• Integrate EV powertrain components including traction motors, motor controllers, batteries, BMS, chargers, clusters, and other vehicle electrical systems.
• Support the integration and validation of Battery and Battery Management Systems (BMS) into the vehicle architecture.
• Design, develop, and implement CAN communication architecture for vehicle electrical and electronic systems.
• Collaborate with testing teams to conduct performance, durability, reliability, and functional validation of powertrain, battery, BMS, charger, cluster, and related systems.
• Analyze system-level performance and support software-based performance estimation and validation.
• Identify, troubleshoot, and support root-cause analysis of electrical, electronic, communication, and integration issues.
• Coordinate with suppliers, NPD, sourcing, and cross-functional engineering teams for component development, integration, and issue resolution.
• Support DFMEA, design reviews, and risk assessment activities for electrical and electronic systems.
• Ensure compliance with applicable EV homologation, safety, EMI/EMC, and regulatory requirements, including AIS standards.
• Support homologation activities and follow up on compliance requirements throughout the product development cycle.
• Prepare and maintain technical documentation, test reports, specifications, and validation records.
• Support continuous improvement of EV electrical and electronic systems for performance, reliability, safety, and cost optimization.

Technical Skills / Tech Stack

• Strong fundamentals in Electrical & Electronics Engineering.
• Strong understanding of EV powertrain architecture.
• Good knowledge of traction motors and motor controllers.
• Strong understanding of Li-ion battery systems and battery composition.
• Good knowledge of Battery Management Systems (BMS), including protection and monitoring functions.
• Strong understanding of power electronics and EV electrical systems.
• Hands-on understanding of CAN communication and CAN architecture.
• Knowledge of AIS-156 and EV homologation requirements.
• Understanding of EMI/EMC requirements and testing.
• Knowledge of DFMEA and system-level risk analysis.
• Experience with engineering/design tools such as Creo or CATIA is preferred.
• Understanding of vehicle-level testing, validation, and troubleshooting.

Must-Have Skills

• Experience working with EV electrical/electronic systems or EV powertrain.
• Strong hands-on knowledge of Motor & Motor Controller integration.
• Strong knowledge of Battery and BMS systems.
• Practical understanding of CAN communication and vehicle CAN architecture.
• Knowledge of power electronics.
• Understanding of AIS-156 and EV homologation requirements.
• Exposure to EMI/EMC requirements and testing.
• Experience in vehicle/component testing, validation, and troubleshooting.
• Ability to coordinate effectively with suppliers and cross-functional teams.