Electric Circuits & Networks
Circuit analysis techniques, network theorems, transient and steady-state analysis, and graph theory for EEE.
Electrical Engineering Academy
Master Electrical Engineering
with Expert Guidance
Comprehensive courses in power systems, electric circuits, electronics, and machines — taught by Dr. Mithun Mondal through detailed handouts, lectures, and practical labs.
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Why Learn With Us
Everything you need to
Everything you need to
excel in EEE
A transformative approach that combines rigorous theory with practical engineering applications — designed for students, GATE aspirants, and professionals alike.
Expert Instruction
Learn directly from Dr. Mithun Mondal's extensive experience in academia and real-world engineering applications.
Practical Labs
Virtual and hands-on experiments that reinforce theoretical concepts with real engineering scenarios.
Structured Curriculum
Progress from fundamentals to advanced topics through carefully designed learning paths with no gaps.
Rich Resources
Detailed handouts, solved problems, MATLAB guides, tutorial sheets, and GATE preparation material.
The Academy
Where rigorous theory meets
Where rigorous theory meets
real-world engineering
Founded by Dr. Mithun Mondal, our academy bridges the gap between academic principles and practical engineering. We believe complex EEE concepts become accessible through clear derivations, worked examples, and hands-on learning.
Our curriculum spans fundamental principles to advanced applications — ensuring thorough understanding from Kirchhoff's laws to power system stability analysis and beyond.
Learn more about Dr. MondalExpert-Led
Founded and taught by Dr. Mithun Mondal — Ph.D., EEE specialist
Practical Focus
Every concept tied to real circuits, machines, and power systems
Progressively Comprehensive
Structured from fundamentals through to advanced GATE-level topics
Free Resources
Handouts, lecture videos, and tutorials — freely accessible online
Featured Courses
Explore the EEE Curriculum
Each subject includes dedicated handouts, lecture recordings, and tutorial sheets — structured for clarity and exam success.
Electrical Machines
Transformers, DC machines, induction motors, and synchronous machines — principles, characteristics, and control.
Power Systems
Generation, transmission, distribution, load flow, fault analysis, and stability of modern power systems.
Electronic Devices & Circuits
Semiconductor physics, diodes, BJTs, FETs, amplifiers, and digital logic circuits from first principles.
Power Electronics
Converters, inverters, choppers, and PWM controllers — enabling modern energy conversion and drives.
More Subjects
Electromagnetic Field Theory, High Voltage Engineering, Solid-State Drives, Optimization Techniques, and Basic EEE.
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Ready to advance your engineering knowledge?
Explore freely available handouts, lectures, and labs designed to build your EEE foundation — from first principles to advanced topics.