Compiler Design

Contents

1. Introduction to Compilers
2. Parsing
3. Syntax Directed Translation

Computer Networks

Contents

1. Introduction
2. Physical Layers (Data rate, Digital transmission)
3. Medium Access Sublayer

Computer Organization & Architecture

Contents

1. Introduction
2. Memory
3. Pipelining and Vector Processing
4. Instruction Set and Addressing Mode

Database Management System

 

Contents

1. ER Diagrams
2. Functional Dependencies & Normalization
3. Relational Algebra & Relational Calculus

Digital Logic

Contents

1. Number Systems & Code Conversions
2. Boolean Algebra & Karnaugh Maps
3. Logic Gates
4. Logic Gate Families

Discrete Maths & Graph Theory

Contents

1. Mathematical Logic
2. Combinatorics
3. Sets and Relations
4. Graph Theory
5. Module Test

 

Data Structure & Algorithm

Contents

1. Data Structure and Algorithm Analysis
2. Stacks and Queues
3. Trees
4. Height Balanced Trees

Engineering Mathematics

Contents

1. Linear Algebra
2. Probability and Distribution
3. Numerical Method
4. Calculus

 

Operating System

 

Contents

1. Introduction to Operating System
2. Process Management
3. Threads
4. CPU Scheduling

Software Engineering & Web Technologies

Contents

No Data

Theory of Computation

Contents
1. Introduction/ Preliminaries
2. Finite Automata
3. Regular Expression
4. Context Free Grammar

General Aptitude

Contents

1. Numbers and Algebra
2. Percentage
3. Time and Work
4. Ratio, Proportion and Mixtures 5. Vocabulary Based – Synonyms and Antonyms
6. Odd Man Out
7. Analogies
8. Multiple Usage

Electronic Devices & Circuits

Contents

1. Semiconductor Theory
2. P -N Junction Theory and Characteristics

 

Electromagnetic Theory

Contents

1. Electromagnetic Field
2. EM Wave Propagation
3. Transmission Lines
4. Guided E.M Waves

 

Communications

Contents

1. Amplitude Modulation (AM)
2. DSBSC, SSB and VSB Modulation
3. Angle Modulation

General Aptitude

Contents

1. Numbers and Algebra
2. Percentage
3. Time and Work
4. Ratio, Proportion and Mixtures 5. Vocabulary Based – Synonyms and Antonyms
6. Odd Man Out
7. Analogies
8. Multiple Usage

Engineering Mathematics

Contents

1. Linear Algebra
2. Probability and Distribution
3. Numerical Methods
4. Calculus

Analog Circuits

Contents

1. Diode Circuits-Anaylsis & Application
2. AC &DC Biasing-BJTs& FET

Control Systems

Contents

1. Basics of Control System
2. Time Domain Analysis

Digital Circuits

Contents

1. Number systems & Code Conversions
2. Boolean Algebra &Karnaugh Maps
3. Logic Gates

Networks

Contents

1. Network Solution Methodology
2. Transient/Steady State Analysis of RLC Circuits to DC Input

Signals & Systems

Contents

1. Introduction to Signals & Systems
2. Linear Time Invariant (LTI) Systems

Electromagnetics

Contents

1. Electromagnetic Field
2. Module Test

 

Mechanics & Structure Analysis

Contents

1. Transformer
2. Induction Motors
3. D.C. Machine
4. Synchronous Machine

Power Systems

Contents

1. Transmission and Distribution
2. Economics of Power Generation

Power Electronics

Contents
1. Basic of Power Semiconductor Devices
2. Rectifiers
3. Choppers

Measurement

Contents
1. Basics of Measurements and Error Analysis
2. Measurements of Basic Electrical Quantities 1

General Aptitude

Contents

1. Numbers and Algebra
2. Percentage
3. Time and Work
4. Ratio, Proportion and Mixtures 5. Vocabulary Based – Synonyms and Antonyms
6. Odd Man Out
7. Analogies
8. Multiple Usage

Engineering Mathematics

Contents

1. Linear Algebra
2. Probability and Distribution
3. Numerical Methods
4. Calculus

Analog Circuits

Contents

1. Diode Circuits-Anaylsis & Application
2. AC &DC Biasing-BJTs& FET

Control Systems

Contents

1. Basics of Control System
2. Time Domain Analysis

Digital Circuits

Contents

1. Number systems & Code Conversions
2. Boolean Algebra &Karnaugh Maps
3. Logic Gates
4. Logic Gate Families

Networks

Contents

1. Network Solution Methodology
2. Transient/Steady State Analysis of RLC Circuits to DC Input

Signals & Systems

Contents

1. Introduction to Signals & Systems
2. Linear Time Invariant (LTI) Systems

Analytical, Optical & Biomedical Instrumentation

Contents

1. U.V, Visible and IR spectrometry
2. Mass Spectrometer
3. X ray and Nuclear Radiation Measurements

Process Control

 

Contents

1. Introduction, Building Block's
2. Modes of Controller Operation
3. Tuning of Controllers

 

Transducers

Contents

1. Classification of Transducers
2. Resistive Transducers
3. Inductive Transducers

Engineering Mathematics

Contents

1. Linear Algebra
2. Probability and Distribution
3. Numerical Methods
4. Calculus

General Aptitude

Contents

1. Numbers and Algebra
2. Percentage
3. Time and Work
4. Ratio, Proportion and Mixtures 5. Vocabulary Based – Synonyms and Antonyms
6. Odd Man Out
7. Analogies
8. Multiple Usage

Analog Circuits

Contents

1. Diode Circuits-Anaylsis & Application
2. AC &DC Biasing-BJTs& FET

Control Systems

Contents

1. Basics of Control System
2. Time Domain Analysis

Digital Circuits

Contents

1. Number systems & Code Conversions
2. Boolean Algebra &Karnaugh Maps
3. Logic Gates
4. Logic Gate Families

Networks

Contents

1. Network Solution Methodology
2. Transient/Steady State Analysis of RLC Circuits to DC Input

Signals & Systems

Contents

1. Introduction to Signals & Systems
2. Linear Time Invariant (LTI) Systems

Measurement

Contents
1. Basics of Measurements and Error Analysis
2. Measurements of Basic Electrical Quantities 1

Heat Transfer

Contents

1. Conduction
2. Convection
3. Radiation
4. Heat Exchanger
5. Module Test

 

Engineering Mechanics

Contents

1. Introduction
2. Statics
3. Dynamics
4. Module Test

 

Fluid Mechanics

Contents

1. Fluid Properties
2. Fluid Statics
3. Fluid Kinematics
4. Fluid Dynamics
5. Boundary Layer

Industrial Engineering

Contents

1. Production, Planning and Control
2. Inventory Control
3. Operations Research
4. Module Test

 

Machine Design

Contents

1. Design for Static Loading
2. Design for Dynamic Loading
3. Design of Joints

Manufacturing Engineering

Contents

1. Engineering Materials
2. Casting
3. Forming Process
4. Joining Process

Thermodynamics

Contents

1. Basic Thermodynamics
2. Properties of Gases and Pure Substances
3. Entropy Availability and Irreversibility

Theory of Machines

Contents

1. Mechanisms
2. Gear Trains
3. Flywheel
4. Vibrations
5. Module Test

 

Strength of Materials

Contents

1. Simple Stress and Strain
2. Shear Force and Bending Moment
3. Stresses in Beams
4. Deflection of Beams

Engineering Mathematics

Contents

1. Linear Algebra
2. Probability and Distribution
3. Numerical Methods
4. Calculus

General Aptitude

Contents

1. Numbers and Algebra
2. Percentage
3. Time and Work
4. Ratio, Proportion and Mixtures 5. Vocabulary Based – Synonyms and Antonyms
6. Odd Man Out
7. Analogies
8. Multiple Usage

Environmental Engineering

Contents

1. Quality Standards of Water
2. Water Supply and Its Treatment
3. Waste Water Treatment
4. Sludge Disposal

 

Engineering Mathematics

Contents

1. Linear Algebra
2. Probability and Distribution
3. Numerical Methods
4. Calculus

General Aptitude

Contents

1. Numbers and Algebra
2. Percentage
3. Time and Work
4. Ratio, Proportion and Mixtures 5. Vocabulary Based – Synonyms and Antonyms
6. Odd Man Out
7. Analogies
8. Multiple Usage

Geotechnical Engineering

Contents

1. Permeability and Seepage
2. Consolidation
3. Compaction
4. Stress Analysis
5. Shear Strength

Hydrology and Irrigation

Contents

1. Introduction
2. Pressure and It's Measurement
3. Hydrostatic Forces on Plane Surfaces
4. Floatation and Stability

Water Resource Engineering

Transportation Engineering and Surveying

Contents

1. Theory of Traffic Flow and Highway Capacity
2. Geometric Design Of Highway
3. Traffic Characteristics

Transportation Engineering and Surveying

Structural Analysis and Mechanics

Contents

1. Trusses and Arches
2. Slope and Deflection Method
3. Degree of Static Indeterminacy

Structural Analysis and Mechanics

R.C.C

Contents

1. Concrete Technlogy
2. Basic of Mix Design
3. Design of RCC Structures
4. Analysis of Ultimate Load Capacity

R.C.C and Steel Structures

Steel Structures

Contents

1. Introduction to Steel Structures
2. Plastic Analysis
3. Welded Connections
4. Design of Tension Member

R.C.C and Steel Structures