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Tier-1 employer and Bangalore location increase competition, but niche controls/MBD skillset reduces applicant density.
Highly domain-specific automotive embedded controls skills limit cross-industry transferability.
Role mandates specific controls, MBD, Matlab/Simulink, Embedded Coder, MIL/SIL and automotive expertise.
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Develop and tune field-oriented control (FOC) algorithms, including d-axis and q-axis current controllers, for e-machine control in automotive applications.
Design and implement PI/PID current regulators and manage torque demand arbitration from driver input to motor torque set-point.
Ensure model and code quality through test specifications, code coverage, model validation (MIL, SIL), and support automation using MATLAB scripting and Python.
Proficient with MathWorks tools: MATLAB, Simulink, TargetLink/Embedded Coder.
Experience in developing control system algorithms for e-machine control, including PMSM/IPMSM/EESM motor models.
Bachelor's or Master's degree in Engineering (B.Tech/BE/M.Tech).
Work Experience Required: Not explicitly mentioned in the JD.
Candidate has hands-on experience in automotive domain e-machine control system development with strong grounding in control theory and real-time embedded implementation.
Operates effectively in model-based design environments focusing on quality, test coverage, and validation.
Capable of integrating torque coordination across battery, inverter, and e-machine interfaces with automation skills using MATLAB and Python.