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I will design control systems and power electronics using matlab simulink
FPGA Design Engineer, Verilog VHDL, Embedded Systems, Power Electronics
Electronics Engineer with 10+ years of experience in FPGA design, embedded systems, and power electronics. Skilled in Verilog, VHDL, MATLAB, Vivado, Quartus, DSP, and control systems. I help companies...
About this Gig
Are you working on power electronics or control systems and need accurate, professional MATLAB Simulink simulations? I'm here to help.
I specialize in MATLAB & Simulink modeling and simulation of power electronic and control systems, with strong expertise in DCDC converters, including multi-input (MISO) converters used in renewable energy and electric vehicle (EV) applications.
My focus is on realistic and performance-oriented modeling, considering source dynamics, closed-loop control behavior, and system stability, rather than basic block-level simulations. I can simulate systems integrating solar PV sources, EV batteries, and multi-source converters, and implement robust PI/PID controllers with proper tuning.
I deliver clean, modular, and well-commented Simulink models, along with time-domain and frequency-domain analysis, waveform plots, and clear result interpretation ideal for academic projects, research, and engineering studies.
Services include:
MISO DCDC converter modeling
Solar PV & EV battery integration
Closed-loop control (PI / PID)
Stability and transient response analysis
Please contact me before placing an order to discuss your requirements.
Platform:
MATLAB
Expertise:
Testing
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Image processing
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AI
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Programming
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Automation
My Portfolio
FAQ
❓Q1: What software and tools do you use?
A: I primarily use MATLAB & Simulink for modeling, simulation, and analysis. Depending on the project, I also use control system and power electronics toolboxes for accurate and reliable results.
❓Q2: Can you model MISO DC–DC converters with multiple sources?
A: Yes. I specialize in multi-input (MISO) DC–DC converters, including systems integrating solar PV sources, EV batteries, and hybrid power systems, with proper control and system behavior analysis.
❓Q3: Do you design and tune PI/PID controllers?
A: Yes. I design, tune, and validate PI/PID controllers to ensure stability, fast response, and minimal overshoot, based on system requirements.
❓Q4: Will the Simulink model be well-documented and easy to understand?
A: Absolutely. All models are clean, modular, and well-commented, making them easy to modify, extend, or use for academic, research, or engineering purposes.
❓Q5: Can you help with academic projects, thesis, or research work?
A: Yes. I regularly assist with academic projects, master’s theses, and research simulations, and can also help explain results and system behavior.
Q6: Should I contact you before placing an order?
A: Yes, please. Contacting me before ordering helps clarify requirements and ensures I deliver the best possible solution for your project.
