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⚡ DC–DC Converter & Inverter Design with PID Control in MATLAB/Simulink (Buck, Boost, SEPIC, Zeta, Single-Phase & Three-Phase Inverters) This online course offers practical, hands-on training in 🧰 designing, modeling, and controlling DC–DC converters and inverters using MATLAB/Simulink. Participants will learn to build 🔋 Buck, Boost, SEPIC, and Zeta converters in both 🔄 open-loop and closed-loop configurations, with strong emphasis on 🎯 PID controller design, tuning methods, PWM generation, duty-cycle behavior, and voltage regulation under dynamic load conditions. The course also covers ⚙️ single-phase and three-phase inverter design, including 📈 SPWM and SVPWM techniques, waveform visualization, and 📊 Total Harmonic Distortion (THD) analysis for performance evaluation. Advanced topics on 🔌 grid-connected inverter operation are introduced using 🔄 dq0 transformation, 🧭 Phase-Locked Loop (PLL), and 🎛️ PID-based current and voltage control, enabling realistic simulation of ⚡ power injection and synchronization with the utility grid. This course is highly 🏭 application-oriented and emphasizes 📐 industry-relevant MATLAB/Simulink modeling practices, structured subsystem design, and clear signal-flow understanding. The learned models can be directly extended to 🎓 academic mini/major projects, 🔬 research publications, 🚗 electric vehicle power systems, 🌞 renewable energy integration, ⚡ microgrid and power electronics applications. 🏅 All participants will receive an E-Certificate upon successful completion. 👥 Who Can Enroll: Students, research scholars, EV engineers, renewable energy professionals, and MATLAB learners. 🧩 Prerequisites: Basic circuit knowledge and MATLAB/Simulink (R2020 or later).
You can also join this program via the mobile app. Go to the app