Telecommunications engineers are responsible for the continual and rapid development in the science and methods of telecommunications; the general and basic planning of future expansion; the design and planning of automatic exchanges, carrier systems, telex systems, coaxial cable systems, microwave radio systems; optical fibre systems and videotext systems.
Telecommunications engineers are involved in the planning, design, commissioning and monitoring of complex telecommunications networks and associated broadcasting equipment. Many telecommunications design engineers work for major carriers as well as telecommunications and IT service providers.
Telecommunications engineering can cover any of the following fields: long distance, microwave carrier and coaxial cable systems, foreign radio communications, electronic, automatic and manual exchange switching, overhead and underground line equipment networks, and telex, telegram and data transmission systems.
Telecommunications engineers use a variety of intricate telecommunications test equipment associated with their particular discipline and computers. They work mainly in offices with excursions to the work place e.g. telephone exchanges, carrier rooms, microwave radio rooms etc.
Schooling & School Subjects
Each institution has its own entry requirements.
Degree: BEng Electrical - UP, Wits, UKZN, US, UCT, UJ, NWU, UNISA, NMMU
Diploma: N.Dip: Electrical Engineering - UNISA, TUT, CUT, DUT, CPUT
Any of the above-mentioned potential employers, universities and universities of technology.