Job Description

Key Responsibilities:

Derive control strategies for the Vehicle Control Unit (VCU), with a focus on Torque Management and Energy Management. Translate customer needs and market trends into technical specifications for Chassis features. Engage with OEMs to align and finalize system requirements. Oversee the development and validation of propulsion control systems. Collaborate with engineering, software, vehicle integration, and manufacturing teams to ensure system-level performance and quality.

Required Skill Set:

In-depth knowledge of propulsion systems in ICE, Hybrid, and Battery Electric Vehicles (BEVs). Expertise in VCU control strategy development, focusing on Torque and Energy Management across various drive modes. Proven ability to optimize control software to balance drivability and NVH (Noise, Vibration, and Harshness) targets. Proficient in modeling, simulation, and tuning of control algorithms; experienced in integration and vehicle-level testing. Hands-on experience in product development and integration for PHEV/MHEV and BEV propulsion systems. Strong analytical skills in evaluating vehicle drive dynamics, stability, and performance through simulation and real-world data. Experience with system/vehicle-level dynamometer-based testing. * Excellent communication and coordination skills; capable of working effectively with cross-functional, geographically distributed teams.