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Sr Engineer - VCU
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Responsibilities & Key Deliverables
Key Tasks and Deliverables
- Perform calibration of electric vehicle (EV) control system functions for performance, drivability, and range optimization.
- Lead Vehicle Control Unit (VCU) functional calibration and ensure compliance with system architecture and requirements traceability.
- Develop and validate features to enhance drivability, range, performance, and perceived quality.
- Execute vehicle-level simulations and calibrations for torque path, thermal management, and energy management.
- Conduct subjective and objective assessments of drivability and vehicle dynamics parameters.
- Coordinate with cross-functional teams (architecture, software development, validation) to achieve calibration and simulation goals.
- Perform pre-homologation tests and support homologation activities.
Critical Must-Have Deliverables
- Hands-on experience in EV calibration methodologies and execution for torque, pedal mapping, creep control, adaptive cruise control, and energy management.
- Proficiency in CAN tools (Vector CANoe, CANalyzer, INCA) for diagnostics and calibration.
- Ability to perform coastdown measurements and apply energy management principles.
- Knowledge of diagnostic protocols and implementation through production.
Good-to-Have Deliverables
- Experience in ABS/ESP intervention calibration and speed limitation strategies.
- Exposure to optimization techniques for drivability and range improvement.
- Familiarity with homologation standards and certification processes.
Experience
- 3–5 years of experience in EV calibration, vehicle testing, and validation.
Industry Preferred
- Automotive OEM R&D and Tier-1 System Design Houses (e.g., Bosch, Continental, Delphi, AVL, FEV).
Qualifications
- Graduate/Postgraduate in Electrical, Electronics, Automotive, or Mechanical Engineering.
- Strong analytical and problem-solving skills with ability to work independently and in teams.
- Excellent communication, presentation, and interpersonal skills.
General Requirements
Competencies and Skills
Functional Competencies
- EV calibration techniques, vehicle dynamics, drivability optimization.
- Diagnostics and DSM management, performance and range simulation.
Tools and Techniques Used
- Vector CANoe, CANalyzer, INCA.
- Simulation tools for torque path and energy management.
Behavioral Competencies
- Collaboration across domains (embedded software, battery management, traction control).
- Agility in adapting to evolving EV technologies.
- Strong analytical mindset for optimization and problem-solving.
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