ECE is one of the fastest growing fields of engineering courses it deals with the electronic devices and software applications. It is an interface of chip level hardware and information technology .This discipline that combines electronics engineering and Computer, Information and communication technology.

In this branch, we deal with Analog and Digital circuits (Hardware) and their applications, the following are some of the things deal with in these branches.

1. Basics of Electronics
2. Digital circuit design
3. Electromagnetic Wave Propagation
4. Understanding the nature of Signal and processing it to extract the information
5. Analog and Digital Signal generation, Transmission and Reception (Wired and Wireless)

Design of Computer Architecture

Design of chips, boards and circuits through VLSI

Image processing

Assembly Language Programming

One or two high level Programming Languages (C or C++)

In the contest of wide spreading technologies ruling every aspect in our daily life engineering takes its own role and path in making things more user friendly and economical. An engineer just plans and design the good .but successful engineer creates a value for the product and makes it much innovative. Engineering is the science, skill, and profession of acquiring and applying scientific, economic, social, and practical knowledge, in order to design and also build structures, machines, devices, systems, materials and processes.

The most strong and difficult area in this branch is the practical. One should put some extra effort in learning it because this branch covers wide areas. A few of them are: Analyzing analog and digital circuits, Digital communication, Signal processing, Assembly level language programming and also tougher ones like VLSI and VHDL Designing (Chip designing).

This field has an opportunity in two types of companies, Telecom Industries and Software Industries. An electronics and communication engineer can work in aviation and avionics, consumer electronics, electricity plant, manufacturing, transportation, communication & telecommunication, computer application, radio & television, diagnostic equipment manufacturing and offshore companies.

1. Solve cyber-security issues for power and energy systems
2. Develop the next generation of large and small electronic devices
3. Uncover new possibilities in biomedical imaging
4. Create the next generation of computing technology
5. Design the wireless networks of the future

1. Address challenges of storing, sending, securing, and manipulating big data
2. Solve inherently complex computer architecture challenges in an efficient and highly productive way
3. Investigate and manipulate biological systems that lead to dramatic new treatment of diseases and changes to some of the building blocks of living organisms
4. Work on issues with great potential to change lives for the better and generate rapid growth in knowledge and technology
5. Dramatically impact human health and other aspects of life

The developments of various fields like nanotechnology, robotics, high speed automated processors in embedded systems and image processors provides a budding engineers wide range of opportunities. Career in field of electronics and communication there are many types of job classification for which a person with training in electronics technology may qualify. A few of the most common job functions are discussed briefly in the following paragraphs.