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Classroom Test Series


Test Series Highlight

  • Designed by IISc./IIT Alumni -GATE Toppers
  • Entirely new set of questions / unique test papers
  • Complete analysis of your answers
  • Projected All India GATE rank / percentile

Classroom Test Series

As the name suggests, this is only a Test Series program without any classroom coaching.The student will study the course topics themselves and shall come prepared for the tests.There will be 10 tests in all, and all the test papers will be fully objective type on the latest GATE pattern.If you miss any of the tests, you may collect them from The GATE Academy office.
Test Series Conduction Dates
Sl No. Test Series No. Test date Day Time
1 TS-1 31st Oct 2010 Sunday 10.00AM - 1.00PM
2 TS-2 14th  Nov 2010 Sunday 10.00AM - 1.00PM
3 TS-3 28th Nov 2010 Sunday 10.00AM - 1.00PM
4 TS-4 12th Dec 2010 Sunday 10.00AM - 1.00PM
5 TS-5 26th Dec 2010 Sunday 10.00AM - 1.00PM
6 TS-6 2nd Jan 2011 Sunday 10.00AM - 1.00PM
7 TS-7 9th Jan 2011 Sunday 10.00AM - 1.00PM
8 TS-8 16th Jan 2011 Sunday 10.00AM - 1.00PM
9 TS-9 23rd Jan 2011 Sunday 10.00AM - 1.00PM
10 TS-10 30th Jan 2011 Sunday 10.00AM - 1.00PM
GATE 2011 Exam 13th Feb 2011 Sunday

Module Test Details

BRANCH
Sl
No.		 Electronics & Communication
(ECE)		 Electrical
Engineering
(EE)		 Instrumentation Engineering
(IN)		 Computer
Science
(CS)		 Mechanical Engineering
(ME)
1 Mathematics Mathematics Mathematics Mathematics Mathematics
2 Network Theory Network Theory Network Theory Discrete Mathematics and
Graph Theory		 Engineering Mechanics
3 Signal & System Signal & System Signal & System Data Structure, Algorithm
and Programing		 Strength of Material
4 Control System Control System Control System Operating System Thermodynamics
5 Digital Systems Digital Systems Digital Systems Digital Logic Theory of Machine
6 Analog Circuits Analog Circuits Analog Circuits Theory of Computation Machine Design
7 Communication Systems Measurement Measurement Computer Organization Fluid Mechanics
8 Electromagnetic Theory Power System Communication Data Base Management Systems Heat Transfer
9 Electronics Devices & Circuits Machine Analytical, Optical and
Biomedical		 Computer Networks Manufacturing Engineering
10 General Aptitude Electromagnetic Theory Transducers Compiler Design Industrial Engineering
11 Power Electronics Process Control Software Engineering and
Web Technology		 General Aptitude
12 General Aptitude General Aptitude General Aptitude

Sectional Test Details

BRANCH
Sl
No.		 Electronics & Communication
(ECE)		 Electrical
Engineering
(EE)		 Instrumentation Engineering
(IN)		 Computer
Science
(CS)		 Mechanical Engineering
(ME)
1

Mathematics

  1. Linear Algebra
  2. Probabilit & distribution
  3. Calculus
  4. Differential Equation
 Mathematics
1.1 Linear Algebra
1.2 Probability &
distribution
1.3 Calculus
1.4 Differential
Equation		 Mathematics
1.1 Linear Algebra
1.2 Probability &
distribution
1.3 Calculus
1.4 Differential
Equation

Mathematics

  1. Linear Algebra
  2. Probability & distribution
  3. Calculus

Mathematics

  1. Linear Algebra
  2. Probability & distribution
  3. Calculus
  4. Differential Equations
2

Network Theory

  1. Network Solution Methodology
  2. Transient/Steady State Analysis of  RLC  Circuits to dc Input
  3. Sinusoidal Steady State Analysis
  4. Two Port Networks

Network Theory

  1. Network Solution Methodology
  2. Transient/Steady State Analysis of  RLC  Circuits to dc Input
  3. Sinusoidal Steady State Analysis
  4. Two Port Networks

Network Theory

  1. Network Solution Methodology
  2. Transient/Steady State Analysis of  RLC Circuits to dc Input
  3. Sinusoidal Steady State Analysis
  4. Two Port Networks
 Discrete Mathematics and
Graph Theory

  1. Mathematical Logic
  2. Sets and Relations
  3. Graph Theory

Engineering Mechanics

  1. Statics
  2. Dynamics
3

Signal & System

  1. Introduction to Signals & Systems
  2. Fourier Representation of Signals
  3. Z-Transform
  4. Frequency response of LTI systems and Diversified Topics

Signal & System

  1. Introduction to Signals & Systems
  2. Fourier Representation of Signals
  3. Z-Transform
  4. Frequency response of LTI systems and Diversified Topics

Signal & System

  1. Introduction to Signals & Systems
  2. Fourier Representation of Signals
  3. Z-Transform
  4. Frequency response of LTI systems and Diversified Topics
 Data Structure, Algorithm
and Programing

  1. Data Structure and Algorithm Analysis
  2. Trees
  3. Priority Queues (Heaps)
  4. Sorting Algorithms

Strength of Material

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

Control System

  1. Time Domain Analysis
  2. Root Locus Technique
  3. Frequency Response Analysis using Nyquist Plot
  4. Frequency Response Analysis using Bode Plot
  5. State Variable Analysis

Control System

  1. Time Domain Analysis
  2. Root Locus Technique
  3. Frequency Response Analysis using Nyquist Plot
  4. Frequency Response Analysis using Bode Plot
  5. State Variable Analysis

Control System

  1. Time Domain Analysis
  2. Root Locus

Technique

    1. Frequency Response Analysis using Nyquist Plot
    2. Frequency Response Analysis using Bode Plot
    3. State Variable Analysis

Operating System

  1. Process Management
  2. CPU Scheduling
  3. Deadlocks
  4. Memory Management & Virtual Memory
  5. File System

Thermodynamics

  1. Basic Thermodynamics
  2. Work, Heat & Entropy
  1. Psychrometrics
  1. Power Engineering
  2. Refrigeration
5

Digital Systems

  1. DC Biasing-BJTs
  2. Small Signal Modeling Of BJT and FET
  3. BJT and JFET Frequency Response
  4. Operational Amplifiers and Its Applications

Digital Systems

  1. DC Biasing-BJTs
  2. Small Signal Modeling Of BJT and FET
  3. BJT and JFET Frequency Response
  4. Operational Amplifiers and Its Applications

Digital Systems

  1. DC Biasing-BJTs
  2. Small Signal Modeling Of BJT and FET
  3. BJT and JFET Frequency Response
  4. Operational Amplifiers and Its Applications

Digital Logic

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

    and Sequential Digital Circuits

Theory of Machine

  1. Mechanisms
  2. Gear Trains
  3. Vibrations
6

Analog Circuits

  1. Combinational Digital Circuits
  2. Introduction to      Microprocessors
  3. Logic Gate
  4. Boolean Algebra & Karnaugh Maps
  5. AD/DAConvertor

Analog Circuits

  1. Combinational Digital Circuits
  2. Introduction to Microprocessors
  3. Logic Gates
  4. Boolean Algebra & Karnaugh Maps
  5. AD/DA Convertor

Analog Circuits

  1. Combinational Digital Circuits
  2. Introduction to Microprocessors
  3. Logic Gates
  4. Boolean Algebra & Karnaugh Maps
  5. AD/DA Convertor

Theory of Computation

  1. Finite Automata
  2. Context free grammar
  3. Turing Machines

Machine Design

  1. Theory of Failures
  2. Design of Machine Elements
7

Analog Circuits

  1. Combinational Digital Circuits
  2. Introduction to      Microprocessors
  3. Logic Gate
  4. Boolean Algebra & Karnaugh Maps
  5. AD/DAConvertor

Analog Circuits

  1. Combinational Digital Circuits
  2. Introduction to Microprocessors
  3. Logic Gates
  4. Boolean Algebra & Karnaugh Maps
  5. AD/DA Convertor

Analog Circuits

  1. Combinational Digital Circuits
  2. Introduction to Microprocessors
  3. Logic Gates
  4. Boolean Algebra & Karnaugh Maps
  5. AD/DA Convertor

Theory of Computation

  1. Finite Automata
  2. Context free grammar
  3. Turing Machines

Machine Design

  1. Theory of Failures
  2. Design of Machine Elements
8

Electromagnetic Theory

  1. EM Wave Propagation
  2. Electromagnetic Field
  3. Transmission Lines

Power System

  1. Transmission and Distribution
  2. Power System Stability
  3. Protection & Circuit Breakers

Communication

  1. Receivers

Data Base Management Systems

  1. Functional Dependencies & Normalization
  2. Relational Algebra & Relational Calculus
  3. Transactions and Concurrency Control

Heat Transfer

  1. Conduction
  2. Radiation
9

Electronics Devices & Circuits

  1. P-N Junction Theory and Characteristics
  2. Transistor Theory (BJT, FET)
  3. Semiconductor Theory

Machine

  1. Transformer
  2. Induction Motor
  3. D. C. Machine
  4. Synchronous Machine
 Analytical, Optical and
Biomedical

  1. U.V, Visible and IR Spectrometry
  2. Mass Spectrometer
  3. Basics of Fibre Optics
  4. Optical Sources and Detectors
  5. ECG EEG EMG

Computer Networks

  1. Medium Access Sub-Layer
  2. The Data Link Layer
  3. Routing & Congestion Control
  4. TCP/IP, UDP and Stocks, IP(V4)

Manufacturing Engineering

  1. Casting
  2. Forming Process
  3. Machining and Machine Tool Operations
  4. Metrology and Inspection
10

General Aptitude

  1. Numerical Ability
  2. Verbal Ability

Electromagnetic Theory

    1. Electromagnetic Filed Theory

Transducers

  1. Resistive Transducers
  2. Capacitive Transducers
  3. Measurement and Non Electrical Quantities
  4. Piezo Electric Transducers

Compiler Design

  1. Syntax Analysis
  2. Syntax Directed Translation
  3. Intermediate Code Generation

Industrial Engineering

  1. Inventory Control
  2. Operations Research
11

Power Electronics

  1. Basics of Power Semiconductor Devices
  2. Phase Controlled Rectifier
  3. Choppers
  4. Inverters

Process Control

  1. Modes of Controller Operation
  2. Tuning of Controllers
 Software Engineering and
Web Technology

  1. Process Models and Software Estimation
  2. Validation and Verification
  3. HTML Structure

General Aptitude

  1. Numerical Ability
  2. Verbal Ability
12

General Aptitude

  1. Numerical Ability
  2. Verbal Ability

General Aptitude

  1. Numerical Ability
  2. Verbal Ability

General Aptitude

  1. Numerical Ability
  2. Verbal Ability
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