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📚 Open Source Book Repository for Electrical and Electronics Engineering

A Knowledge Hub for Students, Academicians, and Researchers


In an age where quality education should be accessible to all, curated open-source content plays a vital role in bridging learning gaps. With this vision, we present a comprehensive Open Source Book Repository exclusively designed for students, educators, and researchers in the field of Electrical and Electronics Engineering (EEE).





🎯 Why This Collection Matters?


Electrical and electronics engineering spans across a wide array of subjects—ranging from fundamental physics to complex power electronics and system design. However, access to structured learning material often comes at a cost, especially for self-learners or students from underfunded institutions.


This curated folder contains free, open-source, and handwritten content compiled from globally reputed sources, including MIT OpenCourseWare, industry-level design guides, and university-grade lecture notes.





📁 What’s Inside the Repository?


Here’s a glimpse of the rich academic material included in the repository:

  • Arduino – Introductory tutorials and projects to build real-world IoT and automation systems.

  • AutoCAD – Electrical drawing and layout design essentials for engineering schematics.

  • Control Systems – Theory, examples, and block diagram simulations for feedback control.

  • DC and AC Circuits – Circuit theory with solved examples and practice problems.

  • Differential Equations for Engineers – Mathematical tools essential for modeling dynamic systems.

  • Electrical Engineering – Core concepts, basic laws, and practical implementations.

  • Electricity and Magnetism – Foundation concepts from field theory to Maxwell’s equations.

  • MATLAB – Scripts, simulations, and exercises tailored to engineering problem-solving.

  • MIT Electric Machines – Premium resources on rotating machines and electromagnetic systems.

  • Power Electronics – Both handwritten and typed notes for converters, inverters, and control.

  • Signals and Systems – Time-domain, frequency-domain analysis, and MATLAB examples.


🧠 Who Can Benefit?


🔸 Students – For coursework, lab manuals, GATE/IES/PSU preparation, and final-year projects🔸 Educators – To enhance curriculum delivery with ready-made teaching aids🔸 Researchers – For reference in simulation studies, academic writing, and model validation🔸 DIY Enthusiasts – To explore hardware prototyping and embedded system basics


💡 How to Use This Repository?


  • Self-paced learning: Follow the folder structure as a progressive curriculum

  • Collaborative study: Share with your peers for group learning

  • Project support: Use MATLAB simulations and notes for real-world applications

  • Teaching aid: Incorporate visuals and notes into academic presentations



🧾 A Step Toward Accessible Engineering Education


This initiative aligns with the global mission to make STEM education open and inclusive. By sharing knowledge, we empower future innovators and problem-solvers who will lead the energy, automation, and digital transformation of tomorrow.

“Knowledge increases by sharing, not by saving.” – Kamari aka Lyrikal

📬 If you're an educator, student club, or institution interested in collaboration or contributions, feel free to connect or comment below.









 
 
 
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