In this age of digital communications technology, there is a great demand for telecommunications engineers to work for optical network systems, next generation network systems, wireless network systems, data network systems, and broadband technologies.
Telecommunications engineering, an electrical engineering sub-specialty, involves design, construction, control, and maintenance of systems that execute the transmission, processing, and storage of information as electrical or optical signals. There are numerous career opportunities available in computer and communications networking, engineering research and development, software design and development, electronics design and manufacturing, telecommunication systems design and installation, sales and service of technical equipment, and project and technology management.
To pursue a graduation course in telecommunications engineering, you must pass 10+2 with Mathematics, Physics, and Chemistry as main subjects and become eligible for various entrance tests conducted by top engineering institutes at the national level. You may study communication electronics, software engineering, computer networking, e-commerce technology, computer security, embedded systems, and information technology along with components of study.
You can also earn a post graduation degree if you have a degree in Bachelor’s of Technology in Telecommunications from AICTE approved institute. Analytical bent of mind, problem solving capabilities, creativity, co-working ability, good communication skills, technical expertise, and project management skills with leadership qualities are some of the key requirements in telecommunications engineers to be successful.
Telecommunications engineers can work for various telecommunications companies, IT companies, banks and financial institutions, and public sector institutions as well as government and university research laboratories.
’)
