GATE Electronics Communication Subject Weightage Analysis 2016: Graduate Aptitude Test for Engineering is a national level examination conducted every year. It provides admission to post-graduate engineering courses like M.Tech, M.E offered by the IITs, NITs, and various private institutions. This year, IIT Roorkee is the organising institute for GATE Exam.
GATE is the most popular competitive entrance exam where lakhs of candidates appear for it. As the GATE 2017 Exam date is approaching, it is time for the candidates to start preparing. Similar to our previous articles, we will be emphasizing on the importance of previous years’ papers analysis and how it can have a positive impact on your preparation and GATE score.
This is our last article of the electronics communication subject weightage analysis series concerning the years 2005-2016. This article will cover all the information related to electronics communication subject weightage analysis for the year 2016. We have also mentioned the important topics for each subject of the EC paper in our in-depth analysis.
Analysis of GATE Electronics Communication Exam
For the year 2017, Electronics Communication consists of 65 questions carrying a total of 100 marks. Out of these 65 questions, 10 questions carrying a total of 15 marks will be on General Aptitude (GA). Rest of the 55 questions will be from Technical and Engineering Mathematics section.
Section | No. of Questions | Marks Per Section |
General Aptitude | 10 | 15 |
Engineering Mathematics + Technical | 55 | 85 (15+70) |
Total | 65 | 100 |
In GATE 2017, there will be negative marking for the multiple choice type questions.
- For, 1-mark multiple-choice questions, 1/3 mark will be deducted for a wrong answer.
- For 2-mark multiple-choice questions, 2/3 mark will be deducted for a wrong answer.
- There is NO negative marking for numerical answer type questions.
Recommended: GATE Electronics Communication Practice e-book
Once you get acquainted with the exam pattern, you must drag your attention towards previous year’s papers analysis. It is the most important aspect which you need to consider to ease off your preparation and to improve your exam score. Thus, it is imperative to know the pattern of questions and distribution of marks of the topics covered in GATE exam.
Now, let’s shift our focus to the electronics communication subject weightage analysis for the both the sessions of GATE 2016 and also analyze the important topics.
GATE Electronics Communication Subject Weightage Analysis 2016
Since 2005, a lot of changes has been subjected to the GATE exam pattern. Initially the paper carried a total of 150 marks including 90 questions. Later on, the number of questions and marks dropped to 60 and 100 in 2009. From 2010 onwards, the number of questions increased to 65 and the total marks allotted to the paper was 100. This particular pattern is being followed since.
Have a look at our previous articles for an in-depth analysis and better understanding of GATE Electronics Communication paper for the years 2005-2015:
- GATE Electronics Communication Subject Weightage Analysis 2005-2009
- GATE Electronics Communication Subject Weightage Analysis 2010-2013
- GATE Electronics Communication Subject Weightage Analysis 2014-2015
One subject common to all papers of GATE examination is Engineering Mathematics. Engineering maths has significant contribution in terms of distribution of marks every year in all of the papers. So, you must give it equal attention and try to put it at the top of your priority list.
Recommended: Engineering Mathematics Practice e-book
Recommended: Electronics Communication Engineering Mathematics e-book
From 2014 onwards, GATE examination was conducted in multiple sessions. For the year 2016, electronics communication paper was held in 3 sessions i.e. forenoon of 30 January 2016 and forenoon & afternoon of 31 January 2016. Now, let’s have a look at our electronics communication subject weightage analysis for 2016 from the following table.
Analysis of Electronics Communication Subject Weightage of Marks 2016
Name of the Subject | EC Set 1 | EC Set 2 | EC Set 3 | |||
No. of Ques | Marks | No. of Ques | Marks | No. of Ques | Marks | |
Networks |
1 M: 3 2 M: 3 |
9 |
1 M: 4 2 M: 3 |
10 |
1 M: 1 2 M: 3 |
7 |
Control System |
1 M: 4 2 M: 4 |
12 |
1 M: 2 2 M: 3 |
8 |
1 M: 2 2 M: 3 |
8 |
Signals & Systems |
1 M: 2 2 M: 2 |
6 |
1 M: 1 2 M: 2 |
5 |
1 M: 3 2 M: 4 |
11 |
Digital & µP |
1 M: 2 2 M: 4 |
10 |
1 M: 2 2 M: 3 |
8 |
1 M: 3 2 M: 3 |
9 |
Analog Circuits |
1 M: 2 2 M: 3 |
8 |
1 M: 3 2 M: 4 |
11 |
1 M: 3 2 M: 4 |
11 |
Communication Systems |
1 M: 2 2 M: 2 |
6 |
1 M: 4 2 M: 3 |
10 |
1 M: 3 2 M: 4 |
11 |
EDC |
1 M: 3 2 M: 5 |
13 |
1 M: 1 2 M: 4 |
9 |
1 M: 3 2 M: 3 |
9 |
Electromagnetic Theory |
1 M: 4 2 M: 4 |
12 |
1 M: 4 2 M: 4 |
12 |
1 M: 2 2 M: 2 |
6 |
Engineering Mathematics |
1 M: 3 2 M: 3 |
9 |
1 M: 4 2 M: 4 |
12 |
1 M: 5 2 M: 4 |
13 |
General Aptitude |
1 M: 5 2 M: 5 |
15 |
1 M: 5 2 M: 5 |
15 |
1 M: 5 2 M: 5 |
15 |
Total | 65 | 100 | 65 | 100 | 65 | 100 |
From the above information, it is clear that Analog Circuits and Communication Systems carries a higher weightage of marks when compared to all other subjects. EDC also carries significant weightage of marks. Now, let’s dwell more on these subjects and find out the important topics for each.
Electronics Communication Subject Weightage Analysis: Important Topics
The overall difficulty level for both the sets of EC paper was Moderate. However, the level of difficulty for each subject varies from another. Lets’s start our analysis of electronics communication subject weightage analysis of both the sets along with their important topics. Have a look at the table for complete analysis of gate EC paper 2016.
Important Topics for each Subject
Name of the Subject | Important Topics | ||
EC Set 1 | EC Set 2 | EC set 3 | |
Networks | Network Solution; Transient Analysis to DC input; Two –port Network; Network Topology. | Star-Delta; Basic Networks; Dependent Source; Maximum Power Transfer. | Network Solution and methodology; Transient Analysis to DC input; Two –port Network; Network Topology. |
Control System | State Variable Analysis; RLT; Stability & R-H Criterion; Time domain Analysis; Basics. | Bode Plot; Time Response; Nyquist Plot; Initial Value (L.T). | State Variable Analysis; Root Locus Technique; Stability & R-H Criterion ;Time domain Analysis; Basics. |
Signals & Systems | (LTI) System; Fourier Analysis; ZTransform; Frequency Response of LTI System. | Digital filters; Energy and Power; DFT. | Linear Time invariant (LTI)System; Fourier Analysis; Z-Transform; Frequency Response of LTI System. |
Digital & µP | Boolean Algebra & K-Map Logic Gates; Combinational & Sequential Circuit, Counter; Microprocessor. | DAC; Flip-flop; Finite State Machines, Memory Interface. | Boolean Algebra & K-Map Logic Gates; Combinational & Sequential Circuit, Counter; Microprocessor. |
Analog Circuits | Op-Amp; Elber-Moll Model; Current Mirror. | Op-Amp; Elber-Moll Model; Current Mirror. | Op-Amp; Elber-Moll Model; Current Mirror. |
Communication Systems | Random Process; Digital communications. | Random Process | Random Process |
EDC | FET(TEFT,MOSFET,)& CMOS; Semiconductor theory. | P-n Junction; NMOS. | FET(TEFT,MOSFET,)& CMOS; Semiconductor theory. |
Electromagnetic Theory | Optical Fibers; Electrostatics; Lorentz Force Uniform Plane Waves; Transmission Lines. | Optical Fibers; Electrostatics; Lorentz Force Uniform Plane Waves; Transmission Lines. | Optical Fibers; Electrostatics; Lorentz Force Uniform Plane Waves; Transmission Lines. |
Engineering Mathematics | Linear Algebra; Probability and Distribution; Numerical Method; Complex Variable. | Joint Distribution; Analytic Function; Greens Theorem; Euler’s Method; Eigen Values. | Linear Algebra; Probability and Distribution; Numerical Method; Complex Variable. |
General Aptitude | Verbal Ability; Time and Work; Directions; Venn Diagrams; Mensuration and Area; Clock. | Verbal Ability; Time and Work; Directions; Venn Diagrams; Mensuration and Area; Clock. | Verbal Ability; Time and Work; Directions; Venn Diagrams; Mensuration and Area; Clock. |
We are quite positive that you can easily filter out the important topics for each subject from the above table. From our electronics communication subject weightage analysis, we can conclude the following points:
- Questions from Com. Systems and General Aptitude were relatively easy.
- Subjects such as Digital & µP, Networks and Control System were the most scoring ones.
- Electromagnetic Theory and Analog Circuits were difficult in nature and thus, needs rigorous practice.
- Topics/ Subjects that must be at the top of your priority list- Networks, Control System, Analog Circuits, Com. Systems.
In order to excel in GATE examination, one needs rigorous preparation and commitment. No matter how many times you study the syllabus or attempt mock tests, your score will eventually depend on how you are able to utilize time and engage in selective and smart study
Recommended: GATE Electronics Communication Engineering Solved Papers
So, it is advised that you must prepare a proper exam strategy while keeping these important topics in mind. Have a look at the GATE subject weightage and analysis for other related disciplines from the following links:
- GATE Electrical Engineering Subject Weightage Analysis 2016
- GATE Mechanical Engineering Subject Weightage Analysis 2016
- GATE Computer Science Subject Weightage Analysis 2016
- GATE Civil Engineering Subject Weightage Analysis 2016
We hope this article on GATE Electronics Communication Subject Weightage Analysis 2016 proves beneficial to you. Stay connected for more information regarding GATE 2017. To excel in Engineering Exams, download the Best GATE Exam Preparation App for free.
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