Responsibilities:

• Lead global development, strategy definition, and technical sign-off for PowerNet control strategies (PowerNet 1.0, PowerNet 1+ and beyond) across ICE, FHEV, PHEV, and EV vehicle variants, including L3 production support.
• Own and influence vehicle-level power control behavior, including load management, multiple power sources, voltage regulation, and energy prioritization strategies.
• Provide technical leadership and guidance on power supply system architecture from a controls, calibration, and software behavior perspective.
• Define and review control logic designs and calibrations, proactively identifying potential failure modes, bugs, and improvement opportunities early in development.

System Development & Validation:

• Serve as the technical authority for Power Control system requirements, test methods, and validation strategy.
• Author and approve system requirements and Design Verification Methods (DVMs) for in-vehicle and Hardware-in-the-Loop (HIL) validation.
• Lead formal technical sign-off of critical system parameters, including voltage setpoints, voltage drop limits, and power quality requirements.
• Develop and maintain robust diagnostic strategies addressing system interactions, component failures, wiring faults, and abnormal operating conditions.

Quality, Reliability & Problem Resolution:

• Lead investigation, root cause analysis, and resolution of complex system-level quality issues, field concerns, and recalls related to power supply and control systems.
• Ensure voltage quality and power availability to safety-critical systems (e.g., EPAS, EBB) under all operating conditions.
• Develop and execute proactive robustness actions to prevent future quality and warranty issues.

Documentation, Mentorship & Knowledge Sharing:

• Provide technical leadership, mentorship, and training to junior and mid-level engineers.
• Create, update, and continuously improve engineering manuals, standards, and best-practice documentation related to Power Supply Calibrations and control strategies.

Qualifications:

• Bachelor’s degree in Electrical Engineering, Electronics Engineering, Control Systems Engineering, Automotive Engineering, or a related technical field.
• 10+ years of progressive experience in automotive electrical power systems, power electronics, and control system development.
• Master’s degree in a relevant discipline, demonstrating advanced technical depth in power systems and controls.
• Proven expertise in vehicle electrical architectures, including voltage regulation, load management, and power distribution.
• Hands-on experience developing power control strategies across ICE, FHEV, PHEV, and EV platforms.
• Deep experience in control logic design, development, and calibration for automotive power supply systems.
• Strong background in system requirements definition, DVM authoring, and validation, including HIL and in-vehicle testing.
• Extensive experience leading root cause analysis, field issues resolution, and warranty investigations; familiarity with 8D methodologies.
• Practical working knowledge of Functional Safety (ISO 26262) principles.
• Demonstrated ability to provide technical leadership and mentorship, influencing teams without direct authority.

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