GATEEE:Electrical Engineering Exam Pattern
Exam Pattern
Graduate Aptitude Test in Engineering (GATE) EE: Electrical Engineering has 3 hours duration.

The question paper will consist of both Multiple choice questions (MCQ) and Numerical answer type (NAT) questions.

In all the papers, there will be a total of 65 questions carrying 100 marks, out of which 10 questions carrying a total of 15 marks will be on General Aptitude (GA).
Graduate Aptitude Test in Engineering (GATE) EE: Electrical Engineering would contain questions of two different types in various papers:
(i) Multiple Choice Questions (MCQ) carrying 1 or 2 marks each in all papers and sections. These questions are objective in nature, and each will have a choice of four answers, out of which the candidate has to mark the correct answer(s).
(ii) Numerical Answer Questions of 1 or 2 marks each in all papers and sections. For these questions the answer is a real number, to be entered by the candidate using the virtual keypad. No choices will be shown for this type of questions. The answer can be a number such as 10 (an integer only).
General Aptitude (GA) Questions
In all papers, GA questions carry a total of 15 marks. The GA section includes 5 questions carrying 1mark each (subtotal 5 marks) and 5 questions carrying 2marks each (subtotal 10 marks).
Paper  General Aptitude (GA) Questions  Subject Marks  Total Marks  Total Time 
EE: Electrical Engineering  15  85  100  3 hours 
Test duration 3 hours
Total Marks 15+85= 100
Total Question 65
Marking System – For 1mark multiplechoice questions, 1/3 mark will be deducted for a wrong answer. Likewise, for 2mark multiplechoice questions, 2/3 mark will be deducted for a wrong answer. There is NO negative marking for numerical answer type questions.
Syllabus Summary
No. Of Subject  11 

No. Of Unit  26 
No. Of Chapter  121 
 Mathematical Modeling and Representation of Systems
 Block diagrams and Signal flow graphs
 RouthHurwitz and Nyquist criteria
 Lag, Lead and LeadLag Compensators
 P, PI and PID Controllers
 State Space Model
 Numerical computation
 Numerical Estimation
 Numerical Reasoning
 Data Interpretation
 English grammar
 Sentence Completion
 Verbal Analogies
 Word Groups
 Instructions
 Critical Reasoning
 Verbal Deduction
 Bridges and Potentiometers
 Measurement of voltage, current, power
 Instrument Transformers
 Oscilloscopes
 Error analysis
 Coulomb's Law
 Gauss's Law, Divergence
 Effect of dielectric medium
 Capacitance of simple configurations
 BiotSavart’s law
 Ampere’s law
 Faraday’s law
 Lorentz force
 Self and Mutual Inductance
 Continuous and DiscreteTime Signals
 Shifting and Scaling Operations
 Linear Time Invariant and Causal systems
 Fourier Series
 Laplace Transform
 ZTransform
 Architecture
 Programming and Interfacing
 Characteristics of diodes
 BJT
 MOSFET
 Characteristics and applications
 Combinational and Sequential logic circuits
 Multiplexer, Demultiplexer
 A/D and D/A converters
 Rectifiers
 Amplifiers
 Oscillators and Feedback Amplifiers
 Functions of single variable
 Limits, continuity and differentiability
 Mean value theorem
 Chain rule
 Partial Derivatives
 Maxima and Minima
 Gradient
 Divergence and curl
 Directional derivatives
 Integration
 Theorems Of Stokes
 Gauss And Green
 Fourier Series
 First order linear and nonlinear differential equations
 Higher Order Linear Odes
 Partial differential equations
 Laplace transforms
 Numerical methods for linear and nonlinear algebraic equations
 Numerical integration and differentiation
 Matrix Algebra
 Systems of Linear Equations
 Eigenvalues and Eigenvectors
 Solutions Of Linear And NonLinear Algebraic Equations
 Numerical integration  trapezoidal and Simpson’s rule
 Numerical solutions of ODE
 Fourier Transform
 Laplace Transform
 ZTransform
 Sampling theorems
 Conditional probability
 Mean, Median, Mode
 Poisson distribution
 Binomial distribution
 Regression analysis
 Analytic Functions
 Cauchy’s integral Theorem
 Taylor Series, Laurent Series
 Residue Theorem
 Solution Integrals
 Resonance
 Passive Filters
 Ideal Current and Voltage Sources
 Thevenin’s Theorem
 Norton’s Theorem
 Superposition Theorem
 Maximum power transfer Theorem
 Power and power factor in AC Circuits
 Network graph
 KCL, KVL
 Node and Mesh Analysis
 Transient Response of DC and AC Networks
 Cylindrical and Salient Pole Machines
 Electric Machines
 Equivalent Circuit
 Phasor Diagram
 Regulation and Efficiency
 Electromechanical Energy Conversion Principles
 DC Machines
 Three Phase Induction Motors
 Operating Principle of Single Phase Induction Motors
 Characteristics of Semiconductor Power Devices
 Buck, Boost and BuckBoost Converters
 Bidirectional AC to DC Voltage Source Converters
 Power Factor
 Single Phase and Three Phase Inverters
 AC and DC Transmission Concepts
 Series and Shunt Compensation
 Bus Admittance Matrix
 Gauss Seidel and NewtonRaphson load flow methods
 Voltage and Frequency Control
 Symmetrical and Unsymmetrical Fault Analysis
 System Stability Concepts
How to prepare
Preparation Strategy 
Make a proper Time Table
It is very important that you make a timetable and stick to it and you will have an exact idea of what you are required to study and the time required for it.
Concept clarity rather than routes learning
It is essential that you have a clear idea of the formulas and concepts rather than rote learning of things for the papers. While you might require it for memorizing formulas it is important that for other stuff you make sure you clear your basis and concepts before moving on.
Prepare Notes
It is very important to make small notes or a comprehensive list of formulas on each covered topic and chapter which will come in handy at the time of revision. This will require you to be regular with your work but will surely make things easy at the time of revision.
Revision of Class XI and XII concepts
Make sure that you revise your concepts from the syllabus of these classes before starting anything new as most of the engineering exams will be for admission to undergraduate courses and so the syllabi from class XI and XII becomes the testing ground to check students.
Seek guidance
It is not possible for you to know everything in your syllabus, at least not at the time of preparation. Sooner or later you will run into a concept or so which will give you trouble and then it is best you seek guidance from an instructor or a teacher. It is necessary that you clear your doubts at regular intervals and don’t prolong things for long. Getting into a good coaching class is nothing to be ashamed off and if anything a regular coaching class will enable you to avoid roadblocks in your preparation.
Sample Papers
Even though there may be a complete change in the exam pattern or the expected questions altogether,it is important that you practice on the sample and previous years question papers available for the engineering exam you’d be attempting. You will know the existing pattern and have a fair idea of the type of questions to expect in the paper along with the time constraint.
Mock tests
The paper pattern, duration of the paper and the number of questions to be attempted in the given amount of time is not something you will be able to pick up on the day of the examination. A Mock Test tests a student’s abilities as it not only provides a similar feel of real exams but also helps in building speed and confident to face the exam. Furthermore, they can improve their performance to get an extra edge in actual exams. Try to build up an Engineering Entrance Exam Test Prep MCQ Question Bank
Time management
Time management can be learned through thorough practice and regular test taking. So it is important that you practice it and practice it well.
Negative marking
Most the entrance examinations will have negative marking and everyone would suggest you stay clear of questions are not sure about. But some experts are of the opinion that you answer the questions in which you are confused between an option or two because there will also be a chance of getting it right.
Important Instructions

Examinations for all the 23 papers (disciplines) will be conducted by an ONLINE Computer Based Test (CBT). A candidate can appear only in any one paper of the GATE examination.

The online examination paper will contain some questions for which numerical answers must be keyed in by the candidate using the virtual keypad.

Rest of the questions shall be of Multiple Choice Question (MCQ) type.

A virtual onscreen calculator only shall be used during the examination.

The candidates shall use the ONLY virtual calculator to be provided by GATE.

Physical calculator, mobile phone and wrist watches with calculation facility are strictly prohibited and candidates possessing these in the examination hall (even if not using) shall be disqualified.

Biometric information (Photograph and Fingerprints) for randomly selected candidates may be captured before the start of the examination.

The candidate has to appear at the GATE Examination Center on the date and time specified in the admit card; no request for any change in Center or Date/Time shall be entertained. Similarly, this being an examination body with certain constraints, candidates needing very special or specific facility for the exam may not be entertained.

For GATE the entire process of filling up of an application form, uploading of certificates/documents etc., shall be online only and the candidates should not send any hard copy of his/her application form/documents etc., to IITR or any of the IIT’s zonal GATE office.

The payment of application fees would be through electronic mode; online as well as through payment at bank counters using echallan.

The admit cards for GATE would be available through the online process only. Candidates can download their admit card from GATE website.