Electrical engineering

It deals with the development, production and testing of electrical and electronic devicesand equipment.

Electrical engineers-

1.    Design equipment to produce and distribute electricity which includes generators run by water power, coal, oil and nuclear fuels; transmission lines andtransformers.

2.    Design and develop electric motors and other electrical machinery as well as ignition systems used in cars,aircrafts, other engines.

3.    Work to improve devices such as air conditioners, foodprocessors, and vacuum cleaners.

Electricalengineers who specialize in electronic equipment are often

referredto as Electronics engineers. In theelectronics field engineers

developmaster plans for the parts and connections of miniature

integratedcircuits, which control the electricsignals in most electronic

devices.

Electronic engineers-

1.    Play an essential role in the production ofcommunications satellites, computers, industrial robots, medical and scientificinstruments, missile control systems, and radar, radio, television sets.

2.    Design, build and program complex computer systems to perform particular tasks.

3.    Telecommunication,the transmission and reception ofmessages over long distances, is a another major specialty of electronicsengineering.

There an escalating demand forelectronic goods considering their vital and crucial contributions to thedomains of communication, defense, medicine, and consumer products. The workand study of electrical engineering is narrowly focused and is application oriented.The repair, maintenance, design, development and production processes requirean exhaustive technical training and analytical study. We at EDULINK resort to realisticcreative-based assignments or projects that endow a practical learningexperience of applying the electrical engineering acumen.