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Electronics Engineering in Practice
Articles
As an electronics engineer, I frequently come across a wide range of problems, technical challenges, and complex topics in my day-to-day work. Solving these issues is a core part of the job, whether it's debugging a faulty circuit, optimizing a design, or troubleshooting embedded systems. However, one crucial aspect of engineering that often gets overlooked is the value of documentation.
It's not just about fixing problems; it's about making solutions accessible. When engineers document their thought process, solutions, and lessons learned, it helps others facing similar challenges to find answers faster and avoid reinventing the wheel.
This space serves as my personal knowledge base, a collection of real-world issues I’ve encountered, insights I've gained, and the methods I've used to solve them. My goal is not only to keep a record for myself but also to help fellow engineers, students, or anyone interested in electronics to better understand and solve similar problems with less time and frustration.
Whether you're debugging a tricky circuit or exploring a new technology, I hope you'll find something here that saves you a few steps or sparks a new idea.
Publications
Here is a comprehensive list of my published works, which include books, patents, peer-reviewed journal articles, and conference papers. These publications reflect my contributions to the fields of power electronics, analog and digital circuit design, and embedded firmware development for microcontrollers.
My work spans both theoretical analysis and practical implementation, with a focus on developing innovative solutions for real-world engineering challenges. Through these publications, I aim to advance knowledge in energy-efficient power conversion and robust electronic systems.
Educational Videos
Here you can find a collection of my educational videos covering topics in electronics and power electronics. These videos are created to help students, hobbyists, and practicing engineers deepen their understanding of core principles, circuit design techniques, system-level analysis, and real-world applications. Whether you're looking to strengthen your theoretical foundation or explore practical hands-on examples, these tutorials aim to deliver clear, concise, and engaging explanations.
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