Vacancy caducado!
- Design, implementation, experimentation, and optimization of motor commutation and control algorithms for electric propulsion system such as linear motors on SIL, PIL, HIL, hardware prototypes and final production system
- Develop control algorithms for permanent magnet synchronous machines (sensor and sensorless)
- Architect, Design, test and Model of high-power converters/inverters, electromagnetic actuators (linear motors, levitation/guidance actuators) in Simulink
- Safety and reliability analysis of motor control algorithms
- Design of fault detection, isolation and reconfiguration algorithms for safety critical systems
- Interface with Vehicle Control, Embedded Systems, Electromagnetic Design and Power Electronics teams.
- Produce and/or review technical documents, test procedures, specifications and standards
- Define requirements for motor control firmware
- Master’s degree in Electrical Engineering or related field with a focus on Control Systems or equivalent work experience
- Deep understanding of AC machine working principles
- Deep understanding of modulation techniques (e.g SVM, )
- Hands-on experience in designing and developing high-performance motion control platforms for power electronics
- Detailed knowledge of power converter topologies, modulation strategies, and advanced motor control algorithms utilizing field-oriented control techniques
- Experience with motor modeling and control of motors and power electronics with emphasis on Vector Control techniques
- Expert in Matlab, Simulink, Stateflow
- Experience with configuration management tools (GIT or similar)
- Validating computational models through experimental data analysis and system identification
- Low level implementation of digital controllers
- Familiar with different type of encoders, resolvers
- Additional background in the following would be helpful:
- Experience with systems and controls documentation (logical flow charts, sequence diagrams, etc.)
- EMI mitigation strategies (shielding, filters, drive cycle shaping)
- Detailed knowledge of motion control algorithms utilizing sensor-based and sensor-less rotor position calculation.
- PhD degree with focus on AC motor control
- Completion of at least two commercial vehicle programs (EV or hybrid) or motion control products (in robotics, automation/fabrication, machine tools)
Vacancy caducado!