Responsibilities & Key Deliverables
Responsibilities & Key Deliverables
Design and develop advanced control algorithms for Vehicle Control Units (VCU) in electric powertrains (ePT) using MATLAB/Simulink and Stateflow.
Execute model simulations, validation, and auto-code generation using industry-standard tools.
Peer to Peer review of source codes using embedded C, C ++/python/M-Script.
Perform requirement analysis and maintain traceability using Polarion or DOORS.
Perform MIL, SIL, and HIL testing for developed models.
Calibrate EV control system functions to optimize performance, energy efficiency, and charging behaviour.
Collaborate cross-functionally with architecture, software development, validation teams, and suppliers to ensure seamless integration.
Ensure compliance with ISO 26262 and ASPICE standards throughout development and validation cycles.
Analyse and resolve issues from field, validation, HIL, build, and plant environments.
Work with diagnostic protocols and communication buses (CAN, LIN, UDS).
Plan, develop, and execute interoperability and conformance test strategies for charging systems.
Good-to-Have Deliverables
Experience in CCS charging systems, DC/AC charging, OBC, PLC communication.
Skilled in preparing technical documentation and validation reports.
Capable of vehicle-level testing and HIL setup configuration.
Experience
3 - 5 years of hands-on experience in EV/HEV control systems, calibration, charging systems and model-based development.
Proven track record in vehicle-level testing, diagnostics, and embedded software validation.
Industry Preferred
Automotive OEM R&D
Tier 1 automotive suppliers
EV/HEV development and calibration teams
Qualifications
B.E./B.Tech or M.Tech in Electrical, Electronics, Mechatronics, or Automotive Engineering.
Specialization in Control Systems, Embedded Systems, or charging systems preferred.
General Requirements
General Requirements
Model-Based Design & Development: MATLAB/Simulink, Stateflow, Embedded C and code generation tools.
Experience in diagnostic, CCS communication protocol, DC/AC charging, OBC, PLC communication.
Testing & Validation: Vehicle-level testing, debugging, HIL, SIL
Tools and Techniques Used
Calibration Tools: ETAS INCA, Vector CANoe
Simulation & Code Generation: MathWorks suite, RTW, dSPACE
Requirement Management: Polarion, DOORS
Diagnostic Protocols: CAN, LIN, UDS and related tools
Standards Compliance: ISO 26262, ASPICE, AUTOSAR, SAE, MISRA
Behavioural Competencies
Strong analytical and problem-solving mindset
Effective communication and presentation skills
Proactive, detail-oriented, and data-driven approach
Ability to work independently and collaboratively across functions
Excellent communication and stakeholder management.
Passion for electrification and sustainable mobility.
Our commitment to Diversity, Equity, and Inclusion
Job Segment: Electronics Engineer, Engineer, Electrical, Engineering, Automotive
