• Hardware and software integration. Guide an interdisciplinary team to ensure correct implementation of EDS functionalities
• Coordinate different teams (internal and external) to perform in-vehicle calibration as well as issue troubleshooting in laboratory and in vehicle.
• EDS simulation platform management and maintenance
• Design and develop control algorithms for EDS, including torque control, speed control, dynamic response optimization and other functionalities
• Analyze simulation results and measurement data to identify issues and technical opportunities to enhance EDS performance, safety and reliability
• Collaborate closely with hardware and software engineers to integrate EDS control strategies
• Design, test and calibrate e-motor control algorithms in laboratory (HiL, Power-HiL), dynamo testbed system, and in-vehicle, focus on R&D of control algorithms for traction inverters
• Specify requirements for EDS at system level. Coordinate and work together with HW and SW team to develop EDS from concept to end product
• Conduct simulation studies using tools such as MATLAB/Simulink to validate control algorithms and system performance
• Implement and validate control strategies on prototype and production EDS, ensuring adherence to performance and regulatory requirements
• Create tools and toolchain to enhance working efficiency regarding modelling, simulation, measurement data processing, software build
• Troubleshoot and debug control system issues throughout the development lifecycle, from concept to production
• Participate in design reviews, providing expertise in control system design and integration
• Stay updated with industry trends and advancements in EDS technology and control systems to drive innovation and continuous improvement
• Strong fundamentals of AC electric motors and drive systems analysis, modeling and control

Requirements

• Bachelor/Master degree in Electrical Engineering, Control Systems or a related field
• Minimum 02 years of experience in the similar role
• Proven experience in developing control algorithms for electric motors (PSM, EESM, IM), preferably within the automotive industry.
• Proficiency in MATLAB/Simulink and familiarity with software tools for control system design and simulation.
• Familiarity with common programming languages: C/C++, C#, python. Familiarity with CI/CD and version control systems (GIT, SVN).
• Strong understanding of e-motor control principles such as field-oriented control (FOC), MTPA, MTPV and state-space techniques.
• Strong background in motor control theory (linear, nonlinear systems, controller design approaches), power electronics, and battery systems.
• Strong background in data processing and analysis.
• Experience with embedded systems, microcontrollers, and real-time operating systems (RTOS).
• Knowledge of automotive communication protocols (CAN, LIN, Ethernet) and diagnostic tools.
• Experience in model-based development of automotive software components with HIL Real-Time validation
• Prior experience with flux estimation methods, 3-phase power control, analytical control system theory development and analysis

Benefits

• Competitive salary 
• Premium healthcare package, including PVI insurance & annual health check-ups
• 13th-month salary & performance bonuses to reward your contributions
• Enjoy preferential pricing for services within the Vingroup ecosystem including Vinmec, Vinpearl, and Vinschool...
• Opportunity to collaborate with and learn from industry-leading professionals in the automotive domain