Abhishek Sinha, GATE topper: "Publishing papers gives you an edge"
Shalini Gupta, 17 Dec 2013

Abhishek Sinha 

Graduation:Electronics & Communication
 
College: Jadavpur University 
 
GATE score: 1000/ 1000
 
Rank: 2
 
PG option: ME Telecom Engineering at IISc, Bangalore 
 
Research interest: Artificial Intelligence & Wireless Communication

HE stood eleventh in West Bengal in his SSC and ranked sixteenth in West Bengal Joint Engineering Entrance (WBJEE). Also a recipient of Jagdish Bose National Science Talent Search (JDNSTS) scholarship in his first year of engineering at Jadavpur University (JDU), Abhishek Sinha is not new to academic success.

Praising the research ambience and faculty at JDU, he feels the environment is motivating for students. He began preparing for G ATE in his third year. “I attended classes regularly. Lots of subjects taught at the undergraduate level are common to the syllabus of GATE. You need to be clear about concepts. As GATE is practice-oriented, you need to work consistently,” shares Abhishek.
 
Abhishek says, practising problems, making concepts crystal clear and consulting the last 10 years’ question papers is essential. Memorising formulae will not be helpful as problems are not straightforward. “Coaching is not an absolute requirement. You need to have access to good books and a good faculty,” he recommends. Abhishek, who gave 10 mock tests as part of GATEFORUM’s test series experienced that they also serve as a shot in the arm.
 
With over 1 lakh students competing in the stream, GATE is a very competitive exam, he stresses. He fell short of the top position by a mere third of a mark. If you aim to get into IISc, you need to work even harder, as only the top 30 make the cut. 
 
“You have to be very motivated and clear about your goals to pursue research. Publish a lot of papers and keep abreast of the latest developments in your area of interest,” concludes Abhishek, who wishes to do research in Artificial Intelligence and Wireless Communication.
 
 Pre mantras (Electronics and Communication)
  1. Network Analysis: Be conversant with mathematical techniques like Laplace and Fourier Transforms and various network theorems, as they often simplify a given problem. Also, you should possess a general understanding about network graphs like cut-sets, tie-sets, adjacency matrices and related concepts. 
     
  2. Communication theory: It requires a working knowledge of information theory and Shannon’s result for an AWGN channel. Stress on various analog and digital modulation techniques and their SNR to Bandwidth trade-off as accomplished in practice.
     
  3. Electromagnetism: A clear understanding of Maxwell’s equations and their significance is essential. Master vector calculus should as early as possible. Also, study the science of electromagnetism from standard Physics textbooks like “Classical Electrodynamics” by J.D. Jackson. 
     
  4.  Microelectronics: Focus on understanding the working of devices (books like that of S.M. Sze come very handy). You should clearly understand the concept of biasing of active devices and various biasing techniques. Study bipolar and CMOS technology thoroughly.


Books

Solid State Electronic Devices - Ben G. Streetman, Sanjay Banerjee, 5th Edition

Digital Communications - John G. Proakis, 4th Edition

Microelectronic Circuits - Adel S. Sedra, Kenneth C. Smith, 4th edition

Digital Signal Processing - John G. Proakis, 4th edition

Automatic Control Systems - Benjamin C. Kuo, 7th edition

 

 

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