I will do power electronics converter modeling in matlab or plecs
About this Gig
I provide professional power electronics converter modeling and simulation using MATLAB/Simulink or PLECS.
This gig is focused on engineering-accurate models and control implementation, not generic scripts.
I work with DC-DC converters, Vienna rectifiers, and advanced control strategies such as PI, MPC, droop, and adaptive control.
Suitable for research projects, MSc/PhD theses, and technical feasibility studies.
Please contact me before ordering to confirm scope and requirements.
Platform:
MATLAB
Expertise:
Microcontrollers
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IoT
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AI
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Programming
FAQ
What information do you need before starting the project?
Please provide a brief description of your system, converter topology, target power/voltage levels, preferred software (MATLAB/Simulink or PLECS), and the expected outputs (plots, control performance, etc.). If you have an existing model or paper draft, you can also share it.
Do you work on MSc/PhD thesis or journal paper simulations?
Yes. I regularly support MSc/PhD research and journal paper simulations in power electronics and control systems. The focus is on technical correctness and reproducible results, not language editing.
Which control strategies can you implement?
I can implement PI, predictive (MPC), droop-based, VOC, PLL-based, and adaptive control strategies, depending on system requirements and scope.
Will I receive the simulation files and source code?
Yes. All packages include simulation files and source code, unless otherwise agreed before ordering.
Can you replicate results from a paper or improve an existing model?
Yes. I can replicate, validate, or improve existing simulation models based on published papers or your current setup.
Do you provide hardware implementation or PCB design?
No. This gig is simulation and control focused only. Hardware implementation, PCB design, and PLC/SCADA projects are not included.
Should I contact you before placing an order?
Yes. Please contact me before ordering to confirm feasibility, scope, and delivery time. This helps avoid misunderstandings.

