GATE ECE 2020 - Unique Module with GATE Material for ECE

About GATE ECE (Electronics and Communication Engineering)

"Sometimes it seems that the fate of the world is decided entirely in the ether of electronic communications and corporate backroom deals"
  - Contributing Editor to Harper's Magazine Rebecca Solnit.

Needless to say that with the revolution of the computer network and information superhighway in the realm, Electronics & Communication has crept into every sphere of human life and thus augmenting it's scope manifold. Electronics & Communication Engineering(ECE) is a versatile branch in the field of engineering. The term "Electronics and Communication Engineering" denotes a broad spectrum engineering stream that integrates many sub streams such as analog electronics, digital electronics, consumer electronics, embedded systems, communication systems and power electronics. The discipline deals with the implementation of principles, applications and algorithms developed within related fields like control systems, radio engineering, telecommunications, computer engineering, instrumentation engineering, signal processing, systems engineering, electric power control, robotics, and many others. The dynamic ECE branch not only deals with electronic devices but also software interfaces.

The application of ECE is far reaching from the indoors of the house where we live to industries which provide source of sustenance to us. That in turn throws a wide array of opportunities to work for the GATE ECE engineers as well as on diverse areas. The world is in the verge of utter electronic communication dependency, be it cell phones or wifi, robotics or intelligent transportation, nanotechnology or sustainable energy, the demand for ECE engineers is increasing exponentially.

• The industry growth for this stream is because of following factors:
• The advent of effective and competitive communication techniques coz of the intense demand from the telecom industry having significant impact on humans and society in large.
• Hardware and software are being integrated and now becomes completely interdependent of each other.
• Rise of startups in our country and some government policies promoting funding for startups. Most of these are on a hiring spree to get the best technological talents especially ECEs to help them grow.
• In the race for creation of smaller and smarter things , the need for better VLSI engineers is ever expanding.

Opportunities After GATE ECE

The key headhunters in this field are Bharti Airtel Ltd, BSNL, Nokia, Reliance Communications, Vodafone, IBM India, Videocon Industries Ltd, LG Electronics India Pvt Ltd, TCS, Siemens Ltd, Samsung India Electronics Ltd, Cisco Systems Ltd, ZTE telecom India, Qualcomm, Wipro, Honeywell etc. The demand for high quality ECE engineers is going to escalate especially in the field of defence, space and telecommunications in PSUs. The ace rankers of GATE ECE have a clear-cut competitive edge for potential job opportunities in Defence Research and Development Organisation(DRDO), Bhabha Atomic Research Centre(BARC), Bharat Electronics Limited (BEL), Indian Space Research Organisation(ISRO), Hindustan Aeronautics Limited(HAL).
 


How to qualify GATE ECE through our module?

The first question which arises in an aspirants mind could be Is GATE ECE tough? Given any day, GATE ECE aptitude questions or GATE questions on ECE can be aced through in-depth conceptual comprehension and problem solving skills acquired by intense practice and focused approach. The GATE study material for ECE 2020 by Vani Institute in association with AspireBuzz enables and empowers the students/aspirants with a rapid but intense stimulation-based-learning methodology; where every question is accompanied by a Concept-Hint-Solution video. These stimulating videos help a prospective engineer to understand the concept by being tested and reaching out at a solution in a logical and systematic manner. Our GATE ECE subjects 2020 curricula comprises of crucial and relevant subjects like Control Systems, Signals & Systems, Analog Electronics, Communication System, Electromagnetic, Digital Signal Processing, Microprocessors and Embedded systems, Optical systems, VLSI and many more with a meticulous application approach.