This document provides information about the Electronics and Communication Engineering department at Amity School of Engineering & Technology. It includes details about the faculty members and their qualifications, the laboratories available, major lab equipment, top placements of 2016, career prospects in ECE, major companies in the field, and innovative developments in electronics engineering. ECE combines electronics engineering and communication engineering and includes subjects like transistors, circuits, radio waves, signals, antennas, and more.

1. Amity School of Engineering & Technology
Department of Electronics &
Communication Engineering
AUMP
Prof. (Dr.) Raghvendra Sharma
Professor & Head (ECE)

2. Amity School of Engineering & Technology
Introduction to Electronics & Communication
Engineering
• One of the top most branches in engineering. Simply it is called as
ECE.
• It is a combination of Electronic engineering and Communication
engineering.
• This branch includes the basics of Electronics, like transistors, FET's,
the IC's, the various circuit laws etc. It also includes the subjects
related to communication like radio waves, how they travel in space,
topics related to how exactly the signals are traveling from the
transmitter to receiver, it also has contents related to antennas, Radar,
Satellite, Mobile etc.

3. Amity School of Engineering & Technology
Faculty Profile
Faculty Name Designation Qualification
Dr. Raghvendra Sharma Professor & Head B.Tech , M.Tech., PhD.
Mrs. Rinkoo Bhatia Assistant Professor B.E., M.Tech., PhD (Pusrsuing)
Dr. Vivek Singh Kushwah Assistant Professor B.E., M.Tech., PhD
Mrs. Shally Goyal Assistant Professor B.E., M.Tech., PhD (Pusrsuing)
Mr. Narendra Kumar Assistant Professor B.E., M.Tech., PhD (Pusrsuing)
Mrs. Juhi Dixit Assistant Professor B.E., M.Tech., PhD (Pusrsuing),
Mr. Asutosh Barua, Assistant Professor B.E., M.Tech., PhD (Pusrsuing),
Dr. Sarthak Singhal Assistant Professor B.E., M.Tech., PhD
Mr. Vikas Mahor Assistant Professor B.E., M.Tech., PhD (Pursuing)

4. Amity School of Engineering & Technology
Laboratories
• Electronic circuit design Lab
• Circuit and system Lab
• Control system Lab
• Microwave Lab
• Digital and microprocessor Lab
• Advance computer architecture Lab
• Digital Electronics Lab
• C based embedded system design Lab
• Analog & Digital Communication system Lab
• Optical fiber communication Lab
• Advance communication systems Lab
• PCB Fabrication Lab

5. Amity School of Engineering & Technology
Major Lab Equipments
• Spectrum Analyzer and RADAR trainer
• EPABX trainer
• PID Controllers
• Transformer Trainer
• PCB Designer
• Transformer Trainer

6. Amity School of Engineering & Technology
Top Placements of 2016
Student Name Company
Ms Sabnam Bhadoria Capgemini & Tech Mahindra
Ms Barkha Sharma Capgemini & Tech Mahindra
Mr Rahul Dahiya Tech Mahindra
Ms Tanushree Soni Capgemini
Mr Shaik meeravali Naap-Tol
Ms Akansha Kumar Oppo India
Mr Abhishek Shukla Capital via

7. Amity School of Engineering & Technology
Career Prospects in ECE
• Electronics has a major role in improving productivity in
industries like oil, energy, agriculture and so many other
important sectors of economy.
• In steel, petroleum and chemical industries, it is the
electronic devices that direct, control and test
production processes.
• Health care industry depends on electronic instruments
to perform chemical tests and to check body functions.
• The safety in transportation, factories, mines and in
homes rely heavily on electronics.

8. Amity School of Engineering & Technology
Major Companies
• Texas Instruments
• Intel
• AMD
• CISCO
• IBM
• Samsung Electronics
• Nvdia
• HP
• LG Electronics
• Bharat Heavy Electrical's Limited (BHEL)
• Electronics Corporation of India Limited (ECIL)
• National Thermal Power Corporation (NTPC)

9. Amity School of Engineering & Technology
Innovative Developments in Electronics
Engineering
• 2-D Electronics
Many 2-D Materials such as Graphene have the potential to change electronics,
allowing for miniaturization, higher performance and cost reduction. Several
companies around the globe, including Samsung and Apple, are developing
applications based on Graphene.
• Organic electronics
Several high-tech companies, including LG Electronics and Samsung, have
invested in cheap and high-performance organic-electronic devices (e.g. OLED).
It is expected that the organic electronics market will grow rapidly in the coming
years.
• Spintronics
So far this technology is in the early development stage and, irrespective of
intense research, we have to wait a couple of years to see the first commercial
spin-based electronic chip.

10. Amity School of Engineering & Technology
THANK YOU
“Science knows no country, because knowledge belongs to
humanity, and is the torch which illuminates the world. ”
- Louis Pasteur