Application Engineer

Role: BMS Application Engineering Lead

Role Summary

Key Responsibilities

• Own BMS application integration and deployment across customer programs (development testing production field).
• Develop, configure, tune, and validate

  Simulink (Stateflow)

  based BMS application (states, protections, charge/discharge behavior).
• Manage, mentor, and drive execution for a team of Solution/Application Engineers (task planning, technical guidance, reviews, capability building, and delivery accountability).
• Own customer management from a technical standpoint: act as primary interface, lead integration discussions, manage expectations, provide regular technical updates, and drive closure during escalations/trials.
• Support vehicle-level integration including CAN communication, diagnostics, DBC mapping, and system bring-up.
• Analyze logs, CAN traces, and test data to drive

  structured root-cause analysis (RCA)

  and closure.
• Translate customer requirements into clear technical inputs (specs, calibration needs, integration steps) for internal teams.
• Coordinate with firmware, algorithm, hardware, testing, and manufacturing teams to close issues end-to-end.
• Support customer trials/pilots and handle field escalations with clear ownership and communication.
• Ensure solution stability through validation mindset, regressions checks, and quality gates.

Must-have Skills

• Strong fundamentals in embedded systems and system-level debugging.
• Hands-on experience with MATLAB/Simulink (Stateflow) and model-based development
• Verification and validation methods in MBD
• Good understanding of BMS fundamentals: state machines, protections, charging/discharging, fault handling.
• Knowledge of CAN communication and comfort with message-level debugging using traces/logs.
• Structured problem-solving approach and strong RCA capability.
• Customer-facing communication skills: ability to run technical discussions, manage escalations, and align stakeholders.
• Team leadership/management: ability to guide engineers via mentoring, reviews, and execution rigor.
• Ownership mindset, positive attitude, and strong cross-functional communication.
• Understanding of EV architecture and components (BMS, chargers, telematics, etc.)

Good-to-have Skills

• Exposure to automotive standards/protocols: ISO 26262, AUTOSAR concepts, J1939, UDS diagnostics, etc.
• Familiarity with tools like CANoe/CANalyzer or equivalent CAN/log analysis setups.

What We re Looking For (Mindset)

• Analytical thinking and attention to detail for reliable, safety-critical systems
• Collaboration across firmware / algorithms / hardware / testing / customer teams
• Accountability across the solution lifecycle, including field support when required
• Eagerness to learn and adapt in complex real-world system behavior