So, Hello to all the GATE Electronics & Communications Engineering aspirants out there. So, In our strife to make a GATE aspirant’s life easier we decided to write this blog post to sum up all that a GATE ECE aspirant would want to know.
GATE opens up a lot of opportunities for candidates who manage to score well in the competition. A few of them include:
- Get admission into the top M.Tech. Programs in India.
- job opportunities at PSUs (Public Sector Units)
- Get admission into a few top Universities abroad. (Read more about it here)
So, whether or not one picks up any of the opportunities that he or she gets by getting a good GATE score. The entire process of preparation for GATE helps a student build a very good aptitude .Also, gain a significant amount of knowledge about their subjects. Also, This could even inspire some to become problem solvers of tomorrow and turn entrepreneurial! So, Anyway, let’s leave that topic for another day.
Here, the first thing that a GATE ECE aspirant will want to know would be the syllabus, so here you go. : GATE ECE (Electronics and Communication Engineering)Syllabus 2017
Here, the link for the General Aptitude Syllabus which is Common for all the streams is given: GATE General Aptitude Syllabus 2017
Now, coming to the cut-off marks for getting selected into an M.Tech. ECE Program in India, following are the marks .
- General Category: 25.00 / 65.00
- OBC: 22.50 / 65.00
- SC/ST/PH: 16.60 / 65.00
Here we have put together for you the weightage of every topic in ECE
Topic | Percentage |
---|---|
Geotechnical Engineering | 19% |
Environmental Engineering | 15% |
Transportation Engineering | 11% |
Fluid Mechanics | 10% |
Strength of Materials | 8% |
Structural Analysis | 8% |
Survey | 7% |
Concrete structures | 6% |
Hydrology | 5% |
Steel structures | 3% |
Irrigation | 2% |
Others | 6% |
Now we will look at the frequently asked and topics holding high weight age
-
Analog Circuits
Frequently asked topics:
- Op-Amp and Diode Circuits
- DC Biasing
- Small Signal Analysis of BJT and FET
High Weightage topics:
- Op-Amps
- Diode Circuits
- BJT and FET Analysis Circuits
-
Signals and Systems
Frequently asked topics:
- Basics of Signals and Systems
- LTI Systems
- Fourier Transform
- Z-Transform
- Laplace Transform
High Weightage topics:
- Convolution
- DTFT
- Digital Filters
-
Network Theory
Frequently asked topics:
- Network analysis using KCL and KVL
- Network Theorems
- Transient Analysis of First order circuits
- Resonance
- Two-port Networks
Difficult topics:
- Phasor diagrams
- Magnetic Coupled circuits
- Transient and Steady State analysis of Second order RLC circuits
-
Digital Electronics
Frequently asked topics:
- Logic Gates and their CMOS Implementations
- Boolean Algebra
- Combinational Circuits
- Minimization of Functions Using K-Map
- Sequential Circuits
- Counters
Difficult and important topics:
- ADCs and DACs
- Memories
- Counters
- Data Conversion Circuits
-
Control Systems
Frequently asked topics:
- Signal Flow Graphs
- Time Domain Specifications
- Routh-Hurwitz Criteria
- Frequency Domain Specifications
- Bode Plots
- Compensators
Difficult topics:
- Root-Locus
- Nyquist Plots
- State Variable Analysis
-
Electromagnetics
Frequently asked topics:
- Electrostatics
- EM Waves
- Transmission Line
Difficult and important topics:
- Antennas
- Wave Guides
- Basics of RADAR and Optical Fibres
-
Communication
Frequently asked and high weightage topics:
- AM, FM
- Random Processes
- Digital Communications
Important topics:
- Information Theory
- Inter-Symbol Interference
-
Electronic Devices & Circuits
Frequently asked topics:
- Semiconductor Physics
- PN Junction
- BJT
- MOSFET and CMOS
High Weightage topics:
- Semiconductors
- PN Junction
- MOSFET
And now, after collating all this information, prepare a study plan accordingly and follow it.So, You can see this article to help yourself prepare a study plan for yourself. Study planning and Schedule for GATE Exam Preparation
Also, let us know about your views in the comments section below. So, you can connect with us on our Facebook Page too.
So, Have a good time studying, best of luck!
How to prepare for difficult topics like signal and systems and electromagnetism?