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  Lead system architecture development for EV drive systems and define long-term technical roadmaps.
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  Drive cross-functional alignment on system requirements, interfaces, and design direction
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  Provide technical guidance to engineering teams on system-level decisions and industry best practices.

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  Lead the development and optimization of electric drive system architectures, including controls, interfaces, and system-level interactions.
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  Perform advanced system-level analyses, including DFMEA, DV/PV planning, and ASPICE-compliant requirement handling.
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  Drive system integration, calibration, and validation activities, ensuring compliance with functional safety standards (ISO 26262 ASIL C/D).
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  Conduct simulations, data analytics, and failure-mode investigations to improve system performance.
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  Ensure robust characterization of prototypes, mass-production units, and future product iterations through comprehensive testing and validation.

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  Manage system-level deliverables, timelines, and technical risks across multiple development phases.
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  Support planning and execution of DVP, testing activities, prototype evaluations, and resource allocation.
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  Ensure compliance with automotive standards and customer requirements.

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  Mentor junior engineers in system engineering methodologies, modeling practices, and validation processes.
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  Foster a collaborative environment that enhances technical capability across the organization.

Requirements

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  Master Degree in Electrical Engineering, Mechatronics Engineering, Control Engineering or equivalent experience
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  7+ years experience in automotive systems engineering with strong background in in electric powertrain, specializing in traction inverter development, e-motor systems, and HV system integration for electric vehicles.
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  Strong background in ASPICE SYS.1–SYS.5, ISO 26262 functional safety (up to ASIL D), Cybersecurity (ISO21434) requirements engineering, and system architecture design.
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  Proven ability to lead cross-disciplinary development (EE/Power Electronics/SW/Controls/Testing) and deliver high-voltage systems including inverter, OBC, DC/DC, HVIL, and associated safety mechanisms.
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  Proficient with system management and development tools (Jira, CodeBeamer, Enterprise Architect, MATLAB, IBM DOOR).
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  Skilled in system requirements analysis at both vehicle and customer levels, with familiarity in ASPICE processes
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  Experienced in developing and leading system architecture design for electric drive systems, e-powertrain systems.
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  Hands-on experience with DFMEA, FMEDA specification development, and DVP creation for electrical drive systems.
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  Working knowledge of simulation and data analysis to support system-level optimization.
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  Strong understanding of automotive standards and validation processes (compliance with ISO 26262, ISO 21434, LV123, LV124, CISPR 25, ISO 7637, Load Dump, etc.)

Benefits

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  Competitive salary
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  Premium healthcare package, including PVI insurance & annual health check-ups
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  13th-month salary & performance bonuses to reward your contributions
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  Enjoy preferential pricing for services within the Vingroup ecosystem including Vinmec, Vinpearl, and Vinschool...
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  Opportunity to collaborate with and learn from industry-leading professionals in the automotive domain
  .