BMS Architecture Engineer

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We are looking for a BMS Systems Engineer to own the end-to-end technical architecture of the Battery Management System. This role is responsible for defining how hardware, software, networks, and safety concepts come together into a cohesive, robust Client solution that meets vehicle, regulatory, and customer requirements.

The Client Architecture Engineer will lead system-level decisions, allocate requirements across subsystems, and ensure alignment with functional safety and cybersecurity expectations throughout the product lifecycle.

• Owns the overall Client system architecture, including:
  • Hardware and ECU architecture
  • Software structure and interfaces
  • Network and communication topology
  • Functional safety and system safety concepts
• Allocates system and vehicle requirements across:
  • Client ECU
  • Sensing and monitoring systems
  • Battery Disconnect Unit (BDU)
  • Vehicle and powertrain interfaces
• Leads system-level trade studies and technical decision making.
• Ensures architectural alignment with functional safety and cybersecurity requirements.
• Maintains system documentation, architecture artifacts, and requirements traceability.
• Supports DFMEA, system safety, and technical readiness reviews.
• Communicates architecture decisions, risks, and trade-offs to stakeholders.
• Other duties as required to ensure program success.

• End-to-end Client system architecture ownership
• Requirements allocation and traceability
• System-level trade studies and decisions
• Functional safety and cybersecurity alignment
• Architecture documentation and governance

• EE Hardware
• Diagnostics
• Validation
• Functional Safety
• Vehicle EE
• Program Management (PM)

• Bachelor's degree in Electrical Engineering, Systems Engineering, or a related field
• Master's degree preferred
• Experience with automotive Client or complex embedded systems architecture
• Experience working across hardware, software, and systems disciplines

• Strong understanding of Client system architecture and subsystem interactions
• Experience defining hardware, software, network, and safety architectures
• Ability to allocate and manage system requirements across multiple subsystems
• Familiarity with functional safety (ISO 26262) and cybersecurity concepts
• Experience performing trade studies and evaluating technical alternatives
• Strong documentation and requirements management skills