With the steady evolution of the computer age, electronics and communication have snuck into every sphere of life; from a simple pocket FM radio, televisions, and mobile phones to the high-end satellites that help us in every day to day things; thus, increasing the scope of Electronics and Communication Engineering manifolds. ECE plays a major role in virtually every industry, helping increase productivity in sectors like energy, oil, agriculture, steel, petroleum, and even the healthcare industry, which relies heavily on electronics to perform routine functions.
Those who wish to qualify as Electronics Engineers must possess an engineering degree with either B.E or B.Tech in Electronics and Communication.
Educational Scope –
Individuals pursuing Electronics and Communication Engineering must have innovative and independent thoughts required to create new things. A vision to provide effective solutions and an aptitude to learn along with logical reasoning is also a must for candidates. In addition, natural curiosity is vital for those who take up this course as it is this mindset that can help propel engineers through their careers.
ECE aspirants must also demonstrate a flair for computers and technical drawing. So, when it comes to the educational scope, today’s technologically advancing world is producing newer opportunities every day, offering newer scopes. To secure a promising salary package and a respectable designation, one can opt for an M.E. or M. Tech in Electronics and Communication any time after graduation.
Career Prospects –
ECE candidates, post acquiring a degree, have an ample amount of field opportunities in nearly all kinds of industries such as commercial, science, defense, and industrial. They are hired by both electronics as well as software companies, and one may even enter research and development firms.
ECE professionals can also find a job in consumer electronics manufacturing, Telecommunications, IT, health care equipment manufacturing, Power Electronics, and Mobile communication industries, directing control and testing production processes. A competent Electronics and Communication Engineer holds a chance to be acquired by top recruiters such as DMRC, Siemens, BEL, DRDO, Texas Instruments, ISRO, Infosys, MTNL, Indian Air force, Railways, and many more top private and government companies.
The job description for a typical Electronics and Communication Engineer entails designing processes or mechanical equipment, setting up networks and equipment, improving the reliability and functionality of devices and servers, and processing and maintaining electronics gears and systems.
Electronics and Communication Engineering by BMU is a comprehensive course that is fueled by advances in communications technology, preparing students for the industry and its anticipated challenges. Remember, embedding new protocols and coding schemes, developing new ways to represent audio and visual content as data, and formulating new means of delivering information to users are important parts of this course and the ECE curriculum at BMU.