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.

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