Module–1:Fourier Series

Module–2:Fourier Transforms, Z-Transform

Module–3:Statistical Methods, Curve Fitting, Numerical Methods

Module–4:Finite Differences, Numerical Integration

Module–5:Vector Integration, Calculus of Variations

Module–1: Basic Concepts & Resonant Circuits

Module–2: Network Theorems

Module–3: Transient Analysis

Module–4: Laplace Transformation

Module–5: Unbalanced Three phase systems,Two Port networks & Complex Wave analysis

Module–1: Single phase Transformers & Three-phase Transformers

Module–2: Parallel Operation of Transformers,Auto transformers and Tap changing transformers & Tertiary winding Transformers

Module–3: Transformers, Direct current Generator & Synchronous generators

Module–4: Synchronous generators & Synchronous generators

Module–5: Synchronous generators & Performance of synchronous generators

Module–1: Diode Circuits,Transistor biasing and stabilization & Transistor switching circuits

Module–2: Transistor at low frequencies & Transistor frequency response

Module–3: Multistage amplifiers & Feedback amplifiers

Module–4: Power amplifiers & Oscillators

Module–5: FETs

Module–1: Principles of combinational logic

Module–2: Analysis and design of Combinational Logic

Module–3: Sequential Circuits

Module–4: Sequential Design

Module–5: HDL & Data-Flow Descriptions

Module–1: Units and Dimensions

Module–2: Measurement of Power, Energy, Power factor and Frequency

Module–3: Extension of Instrument Ranges & Magnetic measurements

Module–4: Electronic and digital Instruments

Module–5: Display Devices & Recording Devices