Department of Electronics and Communications

The Department of Electronics & Communication Engineering was established in the year 2009. The focus of the department is to produce graduates & post graduates with strong fundamentals in Electronics and Communication domain. The Department of Electronics and Communication Engineering at VVIT is committedly focussed on providing students with a strong background in mathematics, science and engineering and to enable students to solve problems through analytical reasoning with a motivation to cater to the local and global needs of technological growth. The department provides students with adequate practical training by way of laboratory sessions, design and problem based analysis and learning. Also emphasized and practised, in the learning process of the student, is the vital component of effective oral and written communication skills.

The department has dedicated, skilled and well experienced faculty members who are specialized in various domains. All the faculty members are Post graduates with outstanding teaching and industry experience. Most of them are at different stages in completing their Ph.D. The department has excellent infrastructure with state of the art equipment and software tools. The department has a computer center with over 50 computers catering to student needs. The department has a strong R & D culture.

Vision

"Imparting quality technical education through research, innovation and teamwork for a lasting technology development in the area of Electronics and Communication Engineering."

Mission

  • To train the Electronics & Communication Engineering graduates to meet future global challenges.
  • To impart quality technical education to produce industry-ready engineers.
  • To inculcate the quest for modern technologies in the emerging areas.
  • To motivate the students towards research leading to multidisciplinary innovative projects.
  • To produce future leaders with cohesive teamwork.
  • To kindle the entrepreneurial skill amongst students for overall societal upliftment.
  • To create centers of excellence in the field of electronics and communication engineering through collaboration with industries and other universities.
  • VVIT ECE graduates will have the ability to work in a multidisciplinary environment, to recognize the importance of lifelong learning through participation in seminars and workshops.
  • VVIT ECE graduates will have the ability to take up individual responsibilities to work effectively in teams and with an understanding of the strong ethical and professional responsibility towards their peers, employers and society.
  • VVIT ECE graduates will be able to employ appropriate techniques using hardware and software engineering tools for modern engineering applications and will demonstrate an ability to apply their knowledge of advanced mathematics and electronics engineering principles towards creating new technologies.
  • VVIT ECE graduates will have the ability to work professionally in the fields of signal The program provides a strong research orientation to the students by way of closely involving them in a variety of research projects from industries and research institutions from India and abroad so that they develop a passion for research in their undergraduate program. This would motivate them to pursue higher studies in their chosen field of specialization.
  • The program also paves way for a variety of career paths, so that students go on to become successful entrepreneurs, teachers, research scholars, design engineers, managers and consultants.

Courses Offered

U G Programs
B.E. (Electronics & Communication Engineering) Approved Intake - 60
P G Programs
M.Tech (Signal Processing) Approved Intake - 18
M.Tech (VLSI Design & Embedded Systems) Approved Intake - 18

From the HOD's Desk

Welcome to the Department of Electronics and Communication Engineering

I am extremely privileged to be the Head of ECE Department at VVIT. To groom the budding engineers is the task and commitment of each and every faculty member. There are many ways in which the faculty can contribute to the growth and development of engineering skills in students. As a unit, the department faculty take care to impart value based education along with academic syllabus prescribed by VTU.

The students are encouraged to bridge the gap between the class room studies and the real time application in the design of electronic control circuits. The ECE Department believes in the vast scope and the need to train the ECE students to take up the challenging jobs in the industries. Overall, our endeavour is to make VVIT as one of the premier engineering institution providing excellent academic ambiance. Through this short message, on behalf of ECE faculty, I wish each and every student a bright and prosperous career

Department Faculty

Sl. No. Name of Faculty Educational Qualification Specialization Email Id
Mr. Suresh Babu D M.E., (Ph.D.) Electronics and Communication vvit.ec.hod@gmail.com
Dr. Dinesh K Anvekar M. Tech., Ph.D. Microelectronics and Computer engineering dinesh.anvekar@gmail.com
Mr. Pothi Reddy .K M. Tech.. Embedded Systems kpreddy441@gmail.com
Mrs. Sunitha S.V M. Tech., (Ph.D.) Signal Processing sunithanavaneeth@gmail.com
Dhananjay Kumar B.E, MBA Marketing and Systems dhananjay1050@gmail.com
Mr. Manjunath M M. Tech., (Ph.D.) VLSI Design and Embedded system aswathynakhil@gmail.com
Mrs. Deepthi Prakash M. Tech. Digital Communication Engineering deepthip925@gmail.com
Mrs. Lekhana G.C M. Tech. Signal Processing lekna.tc@gmail.com
Mrs. Pavithra S.R M. Tech. Signal Processing pavithrashashi1@gmail.com
Mrs. Nandini A M. Tech. VLSI Design and Embedded system nandinia2610@gmail.com
Mr.Santhosh Y.N M. Tech. VLSI Design and Embedded system santosh.yn4@gmail.com
Mr.Sayantam Sarkar M. Tech. VLSI Design and Embedded system sayantam.61@gmail.com
Mr. Santosh J M. Tech. Digital Communication and Networking sjeenagar7@gmail.com
Ms. Sowjanya A L M. Tech. Digital Electronics and Communication systems sowjanya2412@gmail.com

Department News & Highlights

  • One day workshop on 'Internet of Things' was organized by department of E&C in association with department of CSE on 4th April 2017.
  • One day workshop on Advanced Technologies in VLSI Design and Telecommunication – 21st March, 2015.
  • One day workshop on Signal Processing and Its Applications – 13th March, 2015.
  • International Multi Conference on Innovation in Engineering and Technology (IMCIET 2015), 15th – 17th December 2015.
  • Second International Conference on Digital Image and Signal Processing, 5th – 7th November, 2015.

List of Laboratories

Sl.No. Course Name of Laboratory with Subject Code
1 B.E. Analog Electronic Circuits Laboratory (10ESL37)
2 B.E. Logic Design Laboratory (10ESL38)
3 B.E. Microcontroller Laboratory (10ECL47)
4 B.E. HDL Laboratory (10ECL48)
5 B.E. DSP Laboratory (10ECL57)
6 B.E. Analog Communication+LIC Laboratory (10ECL58)
7 B.E. Advanced Communication Laboratory (10ECL67)
8 B.E. Microprocessor Laboratory (10ECL68)
9 B.E. VLSI Laboratory (10ECL77)
10 B.E. Power Electronics laboratory (10ECL78)
11 M. Tech. (Signal Processing) Signal Processing Laboratory (14ESP16)
12 M. Tech. (Signal Processing) Image Processing Laboratory (14ESP26)
11 M. Tech. (VLSI Design and Embedded system) VLSI Design and Embedded System Lab-1 (14EVE16)
12 M. Tech. (VLSI Design and Embedded system) VLSI Design and Embedded System Lab-2 (14EVE26)

Research Publications

In the last academic year alone, the students & staff of Department of Electronics and Communications Engineering have published several papers in various National & International Journals and Conferences.

Click here for details of papers published by faculty
Sl.No NAME OF FACULTY TITLE OF PUBLICTION NAME OF JOURNAL ISSUE
1 Sayantam Sarkar Implementation of Fingerprint Based Biometric System using Optimized 5/3 DWT Architecture and Modified CORDIC Based FFT International Journal on Circuits, Systems & Signal Processing, Springer (Accepted) Mar 2017
FPGA Implementation of Image Steganography using Haar DWT and Modified LSB Technique IEEE International Conference on Advances in Computer Application (ICACA) Oct 2016
Design and Implementation of High Speed Background Subtraction Algorithm for Moving Object Detection 6th International Conference on Advances in Computing and Communications (ICACC) Sep 2016
FPGA Implementation of High Speed and Low Area Four Port Network-On-Chip (NoC) Router IOSR Journal of VLSI and Signal Processing, Vol. 6, Issue. 6, Ver. 3, pp. 52-57 2016
An Adaptive Threshold based FPGA Implementation for Object and Face Detection 3rd IEEE International Conference on Image Information Processing (ICIIP) Dec 2015
FPGA Implementation of Moving Object and Face Detection using Adaptive Threshold International Journal of VLSI Design and Communication Systems, Vol. 6, No. 5, pp. 15-35 Oct 2015
An Efficient VLSI Architecture for Fingerprint Recognition Using O2D-DWT Architecture and Modified CORDIC-FFT IEEE International Conference on Signal Processing, Informatics, Communication and Energy Systems (SPICES) Feb 2015
2 Santosh J A Novel survey on Neural Network Based Cloud Computing Platform for Securing Data International Conference on Signal Processing, Communication and Computation Research May 2016
3 Manjunath Managuli An Algorithm for the Construction of Decision Diagram by Eliminating, Merging and Rearranging the Input Cube Set. International Journal of System and Software Engineering, Volume 1 Issue 1 Published: 2015. 2015
Security system by using RFID and Finger print sensor Vijaya Vittala Institute of Technology Bangalore. 2015
Building automation with Zigbee using antilock security system Vivekananda Institute of Technology Bangalore. 2015
4 Sowjanya A L Beagle board-XM based secured image steganography using DWT with encryption National level conference in electronics and communication engineering(KSHITIJA-15) May 2015
5 Advaith P R "Transistor level implementation of 4 bit efficient carry select adder for ALU" National conference named KSHITIJA-2015 sponsored by IETE. May 2015
"Transistor level implementation of 4 bit ALU using efficient carry select adder" National conference named NCDDES-2015, sponsored by DST. May 2015
"Transistor level implementation of 32 bit ALU using efficient carry select adder" DSCE NCEVENT 15 sponsored by DRDO. June 2015
6 Santosh Y N "Implementation of Area efficient and high speed ALU using Reversible logic" National conference named KSHITIJA-2015 sponsored by IETE. May 2015
"Implementation of Area efficient and high speed for 4 bit ALU using Reversible logic ". National conference named NCDDES-2015, sponsored by DST. May 2015
"Implementation of Area efficient and high speed for 16 bit ALU using Reversible logic with BDD topology " DSCE NCEVENT 15 sponsored by DRDO. June 2015

Department Toppers

USN Name of the Student Percentage (%)
2016 B.E. (I Sem)
1VJ15EC002 Basana Gouda 198/8.25SGP
1VJ15EC006 Naveen Kumar J 190/7.92SGP
2016 B.E. (III Sem)
1VJ14EC020 Srilakshmi S 74.55%
1VJ14EC017 Prajwal Ashwin Cutinha 72.66%
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2016 B.E. (V Sem)
1VJ13EC034 Zaiba Sultana R 74.33%
1VJ13EC014 Kusuma S Salanke 71.88%
2016 B.E. (VII Sem)
1VJ12EC020 Mohammed Umarulla 76.11%
1VJ13EC023 Prathiba K. N 74.66%
2016 M. Tech. (I Sem)
1VJ15LVS01 Deepk U
2015 M.Tech. (VLSI Design and Embedded System)III
1VJ14LVS02 Bonny sing 93%
2015 B.E. (VI Sem)
1VJ13EC034 Zaiba Sultana R 78.11%
1VJ13EC023 Sahana V 70.22%
2015 B.E. (VI Sem)
1VJ12EC020 Mohammed Umarulla 75.22%
1VJ13EC023 Prathiba K. N 71.77%
2015 B.E. (VIII Sem)
1VJ11EC007 Bharagavi B C 80.26%
1VJ11EC027 Thejas B H 79.86
M.Tech Signal Processing (IV) Sem
1VJ13LSP12 V B Mamatha 90%
1VJ13LSP01 Ashwini 87%
2015 M.Tech. (VLSI Design and Embedded System)II
1VJ14LVS02 Bonny sing 65.5%
2015 B.E (III Sem)
1VJ13EC034 Zaiba Sultana R 76.55%
1VJ13EC033 Yeshwanth B 74.33%
2015 B.E (V Sem)
1VJ13EC023 Prathiba K. N 69%
1VJ12EC020 Mohammed Umarulla 68.88%
2015 B.E (VII Sem)
1VJ11EC021 Ranjitha S 77.88%
1VJ11EC010 Jovita J 76%
M.Tech Signal Processing (III) Sem
1VJ13LSP12 V B Mamatha 76.66%
1VJ13LSP03 Gaythri 74.44%
2015 M.Tech. (VLSI Design and Embedded System)I
1VJ14LVS02 Bonny sing 66.7%
2014 B.E(IV)
1VJ13EC023 Prathiba K. N 70%
1VJ13EC024 Ramkumar 68%
2014 B.E (VI Sem)
1VJ11EC021 Ranjitha S 71.88%
1VJ11EC026 Swapna C S 70.55%
2014 B.E (VIII Sem)
1VJ10EC012 Roopa K R 85.4%
1VJ10EC009 Nitin Samuel 83.2%
M.Tech Signal Processing (II) Sem
1VJ13LSP12 V B Mamatha 79.12%
1VJ13LSP01 Ashwini 75.5%
2014 B.E (III) Sem
1VJ12EC006 Anjali B S 76.77%
1VJ12EC007 Anup Kumar 74%
2014 B.E (V) Sem
1VJ11EC027 Thejas B H 75.88%
1VJ11EC021 Ranjitha S 74.66%
2014 B.E (VII) Sem
1VJ10EC006 Kusuma N 74.22%
1VJ10EC012 Roopa K R 73.33%
2014 M.Tech Signal Processing (I) Sem
1VJ13LSP01/1VJ13LSP03 Ashwini/Gaythri 74.1%
1VJ13LSP12 V B Mamatha 74%
2013 B.E(IV)
1VJ11EC021 Ranjitha S 74.20%
1VJ11EC027 Thejas B H 73.1%
2013 B.E (VI Sem)
1VJ10EC012 Roopa K R 71.2%
1VJ10EC009 Nitin Samuel 69.30%
2013 B.E (VIII Sem)
1VJ09EC043 Suhas 83.06%
1VJ09EC048 Y SomaSai Charitha 82.26%