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I will design stm32 bldc motor controller with matlab simulink motor control
About this Gig
I'M GLAD YOU FOUND MY GIG!
Looking for a professional STM32 BLDC motor controller, FOC motor control algorithm, or a complete MATLAB Simulink motor control model for your electric motor project?
You are in the right place!
I will design and develop a customized STM32-based BLDC/PMSM motor control solution using MATLAB Simulink/Simscape, with a focus on reliable control algorithms, simulation, embedded implementation, and motor-control optimization.
Whether you are working on an electric vehicle, e-bike, drone, robotics project, industrial motor, actuator, pump, fan, or other embedded motor-control application, I can help turn your motor-control requirements into a practical simulation and/or STM32 implementation.
SERVICE OFFER:
- Depending on your project requirements, my service can include:
- STM32 BLDC motor controller development
- BLDC and PMSM motor-control algorithm design
- MATLAB Simulink motor-control modeling
- Simscape Electrical motor simulation
- Field-Oriented Control (FOC) implementation
Please contact me before ordering so I can review your motor specifications, STM32 MCU, required control method, hardware, and project scope and recommend the appropriate package.
Platform:
STM32
Sensors:
Voltage detection
•
Position
Other Electronics Engineering Services I Offer
FAQ
Can you create the motor-control model in MATLAB Simulink?
Yes. I can develop an STM32-based BLDC motor-control solution according to your MCU, motor specifications, sensors, power stage, PWM requirements, and application.
Can you create the motor-control model in MATLAB Simulink?
Yes. I can develop MATLAB Simulink models for BLDC and PMSM motor-control applications, including control algorithms, motor models, feedback systems, PWM, and simulation where applicable.
Do you provide FOC motor control?
Yes. I can implement or model Field-Oriented Control (FOC) for suitable BLDC/PMSM applications, including Clarke/Park transformations, current control, speed control, and PWM generation.
Can you implement SVPWM?
Yes. Space Vector PWM (SVPWM) can be included where appropriate for the selected motor-control architecture and STM32 hardware.
Can you work with Hall sensors?
Yes. I can develop Hall-sensor-based BLDC commutation and feedback/control logic according to your motor and hardware configuration.
Do you support sensorless BLDC motor control?
Yes. Sensorless BLDC control can be developed or modeled depending on your motor, inverter topology, available measurements, MCU capabilities, and required control strategy.
Can you convert a Simulink motor-control design to STM32?
Yes. Where the model and target hardware are suitable, I can help translate the control algorithm into an STM32-oriented embedded implementation, including PWM, ADC, feedback, and control-loop considerations.
