Progress

• 
  Support
  assigned ISO 26262 activities for Battery/Powertrain and/or ADAS functions
  under the guidance of Lead Engineer or Manager.
• 
  Assist
  in preparing and maintaining safety documents for specific modules in
  alignment with project milestones.
• 
  Participate
  in basic safety analyses (e.g., HARA, FMEA, FTA) with coaching and
  supervision from senior engineers.
• 
  Under
  the guidance of Senior Engineers, explore and develop AI-based toolchains
  to support automation and intelligence in Functional Safety activities.
• 
  Track
  progress of assigned safety activities and report task status, learning
  outcomes, and issues to the Lead Engineer.
• 
  Collaborate
  with system, hardware, software, and supplier teams to collect technical
  information and support data preparation for safety work products.

Quality

• 
  Support
  the development and documentation of Functional Safety Concepts (FSC) and
  Functional/Technical Safety Requirements (FSR/TSR) for Battery/Powertrain
  and ADAS modules.
• 
  Learn
  and apply best practices of ISO 26262 standard through guided project
  activities.
• 
  Ensure
  documentation quality by following provided templates, maintaining
  consistency and traceability.
• 
  Assist
  in Safety Verification & Validation activities, including
  documentation support and evidence preparation.
• 
  Participate
  in internal FuSa meetings, technical reviews, and cross-functional
  workshops for knowledge building.

Cost & Efficiency

• 
  Reuse existing templates and lessons learned to
  ensure efficient documentation and avoid rework.
• 
  Learn to use FuSa tools (e.g., CodeBeamer, JIRA,
  Medini Analyze, or similar) to support documentation and analysis tasks.
• 
  Propose ideas to improve workflows and support
  process automation and efficiency using modern toolchains
• 
  Learn to identify potential risks or
  inefficiencies and escalate them to the Lead Engineer or Manager.

Requirements

• 
  Bachelor’s
  degree in Computer Science, Electrical/Electronics Engineering,
  Mechatronics, or a related technical field.
• 
  No
  prior Functional Safety experience required — important is interest and
  motivation to learn FuSa, and state-of-the-art AI technologies.
• 
  Curiosity
  about AI tools, software automation, or data-driven engineering is
  strongly encouraged.
• 
  Basic
  understanding of embedded systems, automotive software, or control systems
  is an advantage.
• 
  Strong
  analytical and problem-solving mindset with eagerness to learn from
  hands-on projects.
• 
  Good
  English communication skills, especially verbal, for effective
  collaboration in a multicultural environment.
• 
  Team-oriented,
  proactive, and open to training, mentoring, and continuous improvement.
• 
  Passion
  for innovation and willingness to contribute to the future of intelligent
  and safe mobility.

Preferred:

• 
  Internship
  or project experience in automotive, embedded systems, or safety
  engineering.

Benefits

• 
  Competitive salary and benefits package.

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