Model-Based Software Development Engineer for Electrical Drives
Subject: SW-architecture and design of control algorithms for electrical drives. Vector control, direct torque control. d/q-Transformation. Motor control, analytical modelling and analysis of permanent magnet machines. Field-oriented control algorithms, performance of drive train systems, MTPA maximum torque per ampere, MTPF maximum torque per flux, MTPL maximum torque per loss, ASPICE & ISO 26262, ASIL.
Detailed description: We are currently seeking a highly skilled and experienced Model-Based Software Development Engineer to join our project. As MBSW-Developer you will be working on developing and optimizing models for electrical drive systems, with a focus on motor control and analytical modelling and control of permanent magnet machines (IPM and SPM). Your expertise in MATLAB, Simulink, motor control, and field-oriented control (FOC) algorithms will be essential in driving innovation and ensuring the performance of the drive system.
Your tasks:
Develop and optimize models for electrical drive systems, with a focus on motor control and analytical modelling of permanent magnet machines.
Utilize MATLAB and Simulink to design and simulate motor and control algorithms.
Support the test bench measurements, motor parameter obtaining and software parametrization.
Conduct analytical modelling and analysis of permanent magnet machines (IPM, SPM).
Implement field-oriented control (FOC) algorithms to achieve precise control of motor performance.
Design and develop supporting software components: Derating (I2t, temperature derating), resolver offset calibration ROC, thermal model
Collaborate with cross-functional teams to integrate drive models into larger system simulations and validate their performance.
Additional comments:
Expert-level proficiency in MATLAB and Simulink for model development and simulation is required
Bachelor’s or Master’s degree in Electrical Engineering or a related field is beneficial.
Proven experience in developing and optimizing models for electrical drive systems is advantageous.
Strong communication and collaboration skills to work effectively in a team environment is required.
If you are a highly skilled Electrical Drive Expert with expertise in MATLAB, Simulink, motor control, analytical modelling, and field-oriented control algorithms, we would love you to join our team and contribute to the development of cutting-edge electrical drive systems.
Project start: Immediate.
Target deadline: End of 2024.
