Syllabus & Subjects of Bachelor of Technology [B.Tech] (Electrical and Electronics Engineering):

B.Tech Electrical and Electronics Engineering Subjects

Name of course


Applied Mathematics

Complex numbers and infinite series. Calculus of One Variable. Linear Algebra. Ordinary Differential Equations. Calculus of Variables Vector Calculus

Applied Physics

Interference of Light. Diffraction Polarization Optical Instruments Laser Fibre Optics Mechanics Relativity Electromagnetic Theory Quantum Mechanics & Statistical Physics Superconductivity X-Rays Ultrasonic

Applied Chemistry

Fuels Environmental Pollution control Solutions Corrosion Chemical Bonding Gaseous State Thermochemistry Catalysis Polymers and Composites

Manufacturing Process

Casting Processes Smithy and Forging Metal joining Sheet Metal Work

Introduction to Computer Systems

Introduction to Computer Introduction to OS and Office Automation Introduction to Auto CAD Web Technologies

Introduction to Programming

Programming using C Iterations and Subprograms Pointers and Strings

Engineering Mechanics

Force system Friction Distributed Force Kinematics and Kinetics of Particles Kinematics and Kinetics of Rigid Bodies

Electrical Science

Circuit Analysis A.C.Circuits Measuring Instruments Transformers Rotating Machines

Analog Electronics

Semiconductor Diodes and Rectifiers Bipolar junction transistor Bias Stabilization Small signal amplifiers Field Effect Transistor Waveform Generations Power Amplifiers Linear & Non-linear wave shaping Active RC Filters

Circuits & Systems

Laplace Transform Elements of Network Synthesis Graph theory and its applications

Electrical Engineering Materials

Atomic bonding, crystalline, Miller Indices, X-ray crystallography, structural imperfections, crystal growth. Polarization mechanism Energy band theory Special purpose materials

Electro-Mechanical Energy Conversion

Principles of EMEC D. C. Machines D.C.generators Polyphase Induction Machines Single Phase Induction Motor A.C.Commutator Motor Synchronous Machines

Utilization of Electrical Energy

Electric Drives Electric Heating and Welding Illumination Electric Traction

Power System

Power System Components Transmission line Corona and Interference Overhead Lines Insulators Mechanical Design of Transmission Line Insulated Cables

Control Engineering

Input / Output Relationship Time – Domain Analysis Concept of Stability Compensation Techniques

Electromagnetic Field Theory

Electromagnetic Theory Electrostatic Fields Displacement current Ampere’s law of force

Power Station Practice

Power plant Economics and Tariffs Non-Conventional Energy Sources Thermal Power Plant Gas Turbine Power Plant Hydro Electric Plant Diesel Power Plant Nuclear Power Plant Substation Layout

Digital Electronics

Analog & Digital signals Combinational Circuits Sequential Circuits

Object Oriented Programming using C++

Basic terms and ideas Classes and Objects Inheritance and Polymorphism Files and Exception Handling Standard Template Library

Communication Systems & Circuits

Analog Modulation Angle Modulation Pulse analog Modulation Digital Modulation Introduction to Information Theory

Electrical Measurement & Instrumentation

Instrument transformers Measurement of Power Measurement of Energy Type of P.F. Meters Method of measuring low, medium and high resistance

Database Management Systems

Hierarchical model Relation Model Network Model Relational Database Design and Query Language Concurrency Control

Organisational Behaviour

Planning Types and Process Organisational Climate, Culture and Managerial ethos Individual Determinants of Organisational Behaviours


Assembly Language Programming Memory Interfacing Architecture of a 16-bit Microprocessors

Power Electronics

Power Converter Components Controlled Rectifiers Inverters Choppers

Digital Signal Processing

Discrete-time signals and systems Signals and signal Processing Transform-Domain Representation of Signals Digital Processing of Continuous-Time Signals Digital Filter Structure