Bachelor's or Master's degree in Electrical, Computer, or related engineering field
6+ years of experience in EV powertrain, vehicle controls, or battery system development
Strong experience in model-based development and control strategy development
Familiarity with HV battery systems and BMS functions
Experience with CAN communication and data analysis tools
Understanding of requirements development and ASPICE processes
Ability to lead cross-functional technical discussions
Responsibilities
Lead coordination with suppliers and internal teams for BMS development
Own BMS design release responsibilities with focus on performance
Define and manage BMS functional and system requirements
Collaborate to develop BMS control strategies and system interfaces
Drive integration of BMS with propulsion and thermal systems
Support development of BMS algorithms such as SOC estimation
Lead issue resolution across component and vehicle levels
Develop validation strategies including in-vehicle validation
Analyze vehicle data to improve system performance
Benefits
Collaborative work environment with cross-functional teams
Opportunities for professional development and growth
Hands-on experience with cutting-edge EV technologies
Engagement with suppliers and industry leaders
Impactful role in shaping vehicle performance and efficiency
Full Job Description
Engineer capable of owning BMS design and integration from concept through vehicle validation, with strong linkage to vehicle-level performance and behavior
Strong background in EV propulsion systems, HV battery systems, and system-level controls, including SOC estimation, torque/power coordination, and thermal interaction
Experience bridging system requirements, control strategies, and in-vehicle behavior using simulation, testing, and data analysis
Familiarity with BMS functionality, control logic, diagnostics, and integration within vehicle control architecture
Strong experience with model-based development (Simulink/MATLAB), HIL/MIL validation, and in-vehicle testing
Comfortable working with CAN communication, diagnostics (UDS/CCP), and data analysis tools (CANoe, CANalyzer, INCA, CAPL, Python)
Proven ability to lead cross-functional issue resolution across software, controls, system, and vehicle integration teams
Experience working within structured development processes (ASPICE, requirements management tools such as Polarion/JIRA)
Hands-on, systems-oriented engineer with strong debugging, validation, and root cause analysis capability
WHAT YOU GET TO DO
Lead coordination with suppliers and internal development teams for BMS hardware and software development
Own BMS design release responsibilities with strong focus on system integration, control behavior, and vehicle-level performance
Define, manage, and align BMS functional and system requirements to meet vehicle propulsion, range, and thermal performance targets
Collaborate with internal teams and suppliers to develop and integrate BMS control strategies, diagnostics, and system interfaces
Drive system-level integration of BMS with propulsion, thermal, and vehicle control systems
Support development and refinement of BMS-related algorithms, including SOC estimation, power limits, and thermal control strategies
Lead issue investigation and resolution across component, pack, and vehicle levels using simulation, HIL, and vehicle data
Develop and execute validation strategies, including MIL/HIL testing, in-vehicle validation, and diagnostic verification
Analyze vehicle and battery data to evaluate system performance, identify gaps, and drive corrective actions
Manage change control, requirements updates, and release documentation in alignment with program milestones
Support vehicle testing activities including range, thermal, and drivability validation to ensure BMS performance meets targets
WHAT YOU BRING TO THE TEAM
Bachelor's or Master's degree in Electrical, Computer, or related engineering field
6+ years of experience in EV powertrain, vehicle controls, or battery system development
Strong experience in model-based development, control strategy development, and system validation (MIL/HIL/vehicle)
Familiarity with HV battery systems and BMS-related functions such as SOC estimation, diagnostics, and thermal interaction
Experience with CAN communication, diagnostics, and data analysis tools (CANoe, CANalyzer, INCA, CAPL, Python)
Experience supporting vehicle integration, propulsion performance, and system-level validation activities
Strong understanding of requirements development, tracking, and issue management (Polarion, and ASPICE processes)
Ability to lead cross-functional technical discussions and drive issue resolution across software, hardware, and vehicle teams
Experience with simulation, vehicle modeling, and performance analysis (range, efficiency, thermal behavior)
Strong problem-solving mindset with ability to move seamlessly between simulation, software, and in-vehicle validation
