Bajaj Auto—Motor Control Strategy

Job description

Description: Motor Control Strategy Engineering | Full-Time | Pune About the Role Bajaj Auto Technology is looking for an Engineer with hands-on expertise in motor control algorithm design and embedded implementation for EV traction applications. In this role, you will be responsible for developing, validating, and refining advanced motor control algorithms — from concept through deployment on real hardware. You will work closely with the lead engineering team to deliver robust, performance-optimised control software for PMSM/BLDC/SynRM-based EV drivetrains, while contributing to continuous improvement of our development methodology and toolchain. Key Responsibilities Algorithm Design & Development: - Design and develop motor control algorithms (FOC, MTPA, Field Weakening, torque/speed control) for motors used in EV traction applications. - Build model-based control algorithm designs using MATLAB/Simulink (or equivalent) with emphasis on simulation fidelity and traceability. - Develop and validate observer/estimator algorithms (e.g., flux observers, position sensorless algorithms) and tune dynamic behaviour for target drive cycles. - Implement thermal management strategies and derating logic to ensure safe operation across the full operating envelope. Embedded Implementation & Validation: - Implement control algorithms on microcontroller platforms using embedded C & own the full cycle from model to embedded code. - Conduct Vehicle and motor dynamometer testing to verify and validate algorithm performance against specifications. - Perform systematic calibration and parameter tuning to optimise dynamic response, efficiency, and NVH characteristics. - Debug, profile, and optimise embedded code for timing constraints, memory footprint, and execution determinism. Collaboration & Continuous Improvement: - Coordinate with cross-functional teams (hardware, system engineering, vehicle integration, etc.) to align motor control deliverables with system-level requirements. - Benchmark algorithm performance against industry standards; identify gaps and propose actionable improvement initiatives. - Stay current with developments in motor control, power electronics, and EV technology; bring relevant insights and innovation ideas to the team. Required Competencies Technical / Functional: - Proven hands-on experience with FOC algorithm design including current control loop tuning, MTPA trajectory generation, and field weakening control. - Proficiency in model-based design environments: MATLAB, Simulink, Stateflow and auto-code generation workflows (Embedded Coder, TargetLink, or equivalent). - Working knowledge of C/C++ programming for embedded targets; ability to read, write, and review production-quality embedded code. - Experience with DSP/microcontroller-based motor drive platforms; familiarity with ADC, PWM, encoder/resolver interfaces. - Familiarity with automotive architecture, product development stages and MCU architecture. - Knowledge of automotive product development processes and role of motor control integration within an EV development. Behavioural: - Strong ownership mindset — delivers commitments reliably and escalates risks early. - Structured analytical approach to root-cause analysis and problem-solving under time pressure. - Effective communicator; able to present technical findings clearly to both peers and stakeholders. - Self-driven learner with an appetite to master new tools, methods, and domain knowledge independently.