Semester 1: Basics of Electrical and Electronics Engineering (EEE1200) Live & Interactive Complete with KaTeX derivations, dual-trace simulators, exam traps, and parametric problem generators.
Module 1: Introduction to Electric Circuits & Electromagnetic Induction
Simulator: DC Resistor Networks & Faraday Dynamo Lab Read Note → Module 2: AC Circuits (Single-Phase & Three-Phase Systems)
Simulator: AC Waveform Metrics & Three-Phase Star/Delta Lab Read Note →
Semester 2: Digital Electronics (ECE1001) Live & Interactive Boolean algebra, combinational logic gates, flip-flops, synchronous counters, and finite state machines.
Unit 1: Number Systems, Codes & Binary Arithmetic
Simulator: Binary/Hex Converter & Two’s Complement Read Note → Unit 2: Boolean Algebra & Logic Gates
Simulator: Interactive Logic Gate Truth Table Lab Read Note → Unit 3: Combinational Logic Design & K-Maps
Simulator: K-Map Minimizer & Gate Synthesizer Read Note → Unit 4: Flip-Flops, Registers & Counters
Simulator: Clocked D/JK Flip-Flop & Ripple Counter Read Note → Unit 5: Finite State Machines (Moore & Mealy)
Simulator: State Diagram & Sequence Detector Read Note →
Semester 1: Calculus and Differential Equations (MAT1001) Live & Interactive Rigorous multivariable calculus, matrix classifications, LU decomposition, eigenvalues, and coordinate transformations.
Unit 1: Fundamentals of Linear Algebra
Simulator: Matrix LU & Eigenvalue Solver Read Note → Unit 2: Differential Calculus & Multivariable Extrema
Simulator: Hessian Matrix & Curvature Visualizer Read Note → Unit 3: Multiple Integrals & Coordinate Systems
Simulator: Change of Order & Polar Slicing Lab Read Note → Unit 4: First-Order Ordinary Differential Equations
Simulator: First-Order ODE & Transient Relaxation Lab Read Note →
Semester 2: Advanced Materials & Quantum Physics (PHY1001) Live & Interactive Semiconductor band theory, carrier transport, 1D Schrödinger wave equation, B-H hysteresis, and dielectric polarization.
Unit 1: Introduction to Electronic Materials
Simulator: Bandgap & Thermal Carrier Simulator Read Note → Unit 2: Quantum Mechanics & Wave Equations
Simulator: 1D Infinite Quantum Well Solver Read Note → Unit 3: Magnetic & Dielectric Materials
Simulator: B-H Hysteresis Loop & Clausius-Mossotti Read Note → Unit 4: Lasers & Optical Fiber Communications
Simulator: Optical Fiber Waveguide & TIR Simulator Read Note →
Semester 1: Foundations of Integrated Engineering (CIV1200) Live & Interactive Static equilibrium, Free Body Diagrams, shear force and bending moment diagrams (SFD/BMD), and mechanics of materials.
Unit 1: Foundations of Engineering Practice
Simulator: FBD & Static Equilibrium Solver Read Note → Unit 2: Structural Mechanics & Beam Equilibrium
Simulator: Piecewise SFD & Parabolic BMD Engine Read Note → Unit 3: Mechanics of Materials & Stress-Strain
Simulator: Tensile Coupon Stress-Strain & FOS Lab Read Note → Unit 4: Torsion of Shafts & Thin Cylinders
Simulator: Shaft Torsion & Thin Cylinder Simulator Read Note →
Semester 3: Electric Circuit Analysis & Synthesis (EEE2001) Semester 3 Core EEE · Live Transient analysis, Laplace domain modeling, two-port networks, resonance, and passive network synthesis (Foster & Cauer forms).
Unit 1: Transient Analysis & Laplace Domain Circuit Modeling
Simulator: Second-Order RLC Transient & s-Plane Simulator Read Note → Unit 2: Two-Port Networks & Parameter Conversions
Simulator: Two-Port Parameter Matrix & Attenuator Analyzer Read Note → Unit 3: Network Functions, Complex Frequency & Resonance
Simulator: Complex s-Plane & Bode Resonator Simulator Read Note → Unit 4: Passive Network Synthesis (Foster & Cauer Forms)
Simulator: Foster & Cauer Ladder Synthesizer Read Note →
Semester 3: Analog Electronic Circuits (EEE2002) Semester 3 Core EEE · Live Transistor biasing, Q-point stabilization, small-signal hybrid-π models, frequency response, feedback amplifiers, and active filters.
Unit 1: Transistor Biasing & Small-Signal Low-Frequency Amplifiers
Simulator: BJT Biasing, Q-Point & CE Small-Signal Analyzer Read Note → Unit 2: High-Frequency Response, Miller Effect & Multistage Amplifiers
Simulator: High-Frequency BJT & Miller Effect Bode Analyzer Read Note → Unit 3: Feedback Amplifiers & Sinusoidal Oscillators
Simulator: Feedback Topologies & Sinusoidal Oscillators Lab Read Note → Unit 4: Operational Amplifiers, Active Filters & Linear/Nonlinear Applications
Simulator: Operational Amplifiers & Active Applications Lab Read Note →
Semester 3: Electrical Machines I (EEE2003) Semester 3 Core EEE · Live Single-phase and three-phase transformers, equivalent circuit referred parameters, phasor diagrams, voltage regulation, and DC machines.
Unit 1: Single-Phase Transformers
Simulator: Single-Phase Transformer Equivalent & Phasor Lab Read Note → Unit 2: Three-Phase Transformers & Auto-Transformers
Simulator: Three-Phase Vector Groups, Scott-T & Auto-Transformer Lab Read Note → Unit 3: DC Generators: Principles, Armature Reaction & Characteristics
Simulator: DC Generators, OCC & Armature Reaction Lab Read Note → Unit 4: DC Motors, Speed Control & Testing
Simulator: DC Motor Speed Control, Starter & Testing Lab Read Note →
Semester 3: Electromagnetic Field Theory (EEE2004) Semester 3 Core EEE · Live Vector calculus in orthogonal coordinate systems, electrostatic field mappings, Gauss's law flux surfaces, potential gradient, boundary conditions, and Poisson/Laplace equations.
Unit 1: Vector Calculus, Coordinate Systems & Del Calculus
Simulator: Vector Fields, Del Calculus & Electrostatic Mapping Lab Read Note → Unit 2: Electrostatic Fields, Gauss's Law & Boundary Conditions
Simulator: Electrostatic Fields, Gauss's Law & Dielectric Refraction Lab Read Note → Unit 3: Magnetostatics, Biot-Savart, Ampère's Law & Magnetic Forces
Simulator: Magnetostatics, Biot-Savart Law & Ampère Loop Integrator Read Note → Unit 4: Maxwell's Equations & Uniform Plane Wave Propagation
Simulator: Maxwell's Equations & Uniform Plane Wave Propagation Lab Read Note →
Semester 4: Control Systems Engineering (EEE2005) Semester 4 Core EEE · Live Mathematical modeling of physical systems, Force-Voltage and Force-Current analogies, block diagram algebra, Mason’s gain signal flow graphs, and s-plane stability.
Unit 1: Mathematical Modeling, Block Diagrams & Signal Flow Graphs
Simulator: Control System Modeling, Block Diagram & Signal Flow Lab Read Note → Unit 2: Time Response Analysis & Transient Specifications
Simulator: Control Systems Time Response & Transient Specifications Lab Read Note → Unit 3: Stability Analysis & Root Locus Techniques
Simulator: Control Systems Stability Analysis & Root Locus Lab Read Note → Unit 4: Frequency Response & State Variable Analysis
Simulator: Frequency Response & State Variable Analysis Lab Read Note →
Semester 4: Signals and Systems (EEE2006) Semester 4 Core EEE · Live Continuous and discrete signal operations, even/odd orthogonal decomposition, energy and power signals, LTI convolution, Fourier analysis, and Z-transforms.
Unit 1: Signal Classifications, Operations & System Properties
Simulator: Signal Operations & System Properties Workbench Read Note → Unit 2: LTI Systems, Convolution & Impulse Response
Simulator: LTI Systems, Continuous & Discrete Convolution Workbench Read Note → Unit 3: Continuous & Discrete Fourier Analysis & Frequency Response
Simulator: Continuous & Discrete Fourier Analysis & Frequency Response Lab Read Note → Unit 4: Bilateral Laplace & Z-Transform, Pole-Zero & Stability Analysis
Simulator: Bilateral Laplace & Z-Transform Pole-Zero Stability Workbench Read Note →
Semester 3 & 4 Core Engineering Modules Planned / Community Voting Vote on which advanced subjects get full interactive derivations and simulators first.
Signals & Systems: State-Space Realizations, Kalman Controllability & Nyquist Sampling
Sem 4 • EEE & ECE
Vote (42) Control Systems: Root Locus, Bode Plot & PID Tuning
Sem 4 • EEE & ECE
Vote (45) Power Electronics: Buck/Boost Switching Regulators
Sem 4 • EEE Core
Vote (29) Digital System Design: FSM State Reduction & Verilog
Sem 4 • ECE Core
Vote (34) Microcontrollers: ARM Cortex-M & ESP32 FreeRTOS Benchmarks
Sem 4 • EEE & ECE
Vote (52)