Module–1: Introduction to control systems & Mathematical models of physical systems

Module–2: Block diagram & Signal flow graphs

Module–3: Time Domain Analysis & Routh Stability criterion

Module–4: Root locus technique, Frequency Response analysis &Bode plots

Module–5: Nyquist plot & Design of Control Systems

Module–1: Representation of Power System Components

Module–2: Symmetrical Fault Analysis

Module–3: Symmetrical Components

Module–4: Unsymmetrical Fault Analysis

Module–5: Power System Stability

Module–1: Discrete Fourier Transforms

Module–2: Fast Fourier Transforms Algorithms

Module–3: Design of IIR Digital Filters

Module–4: Design of IIR Digital Filters (Continued) & Realization of IIR digital systems

Module–5: Design of FIR Digital Filters & Realization of FIR systems

Module–1: Fundamental Aspects of Electrical Machine Design & Electrical Engineering Materials

Module–2: Design of DC Machines

Module–3: Design of Transformers

Module–4: Design of Three-Phase Induction Motors

Module–5: Design of Three-Phase Synchronous Machines

15EE651–Computer Aided Electrical Drawing

15EE652-Advanced Power Electronics

15EE653-Energy Audit and Demand Side Management

15EE654-Solar and Wind Energy

15EE661-Artificial Neural Networks & Fuzzy Logic

15EE662-Sensors and Transducers

15EE663-Batteries and Fuel Cells For Commercial, Military And Space Applications

15EE664-Industrial Servo Control Systems