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Electrical Engineering

B.Tech (Electrical Engineering)

Electrical engineering is one branch of the engineering profession, and is concerned with the understanding of electricity and the development of electronic systems.

The field of electrical engineering was established at the end of the 19th century when electricity generation and telegraph systems were being developed. The field has grown to encompass the computing and electronics fields, in addition to telecommunications and power transmission.

  • Power – The creation, storage, and distribution of electricity for industrial, commercial, residential, or municipal use.
  • Control – The design and development of electronic systems that rely on inputs to control the outputs of a system or process, such as aircraft autopilot systems.
  • Electronics/Microelectronics – The design and development of electronic circuits, including analog circuits, integrated circuits, microprocessors, and other semiconductor components.
  • Signal Processing – The evaluation of analog or digital electronic signals, including filtering, data analysis, signal manipulation, compression or amplification.
  • Telecommunications – The design and development of voice or data transmission systems, including cable, fiber optic, or wireless systems as a transmission path.
  • Instrumentation – The development of sensors data acquisition equipment to measure the characteristics of objects or systems.
  • Computers – The design and development of computer systems, from computer gaming consoles and portable data assistants (PDAs) to desktop computers and server systems.

Academic programs on electrical engineering emphasize on the thorough understanding of electrical networks, electrical energy converters, devices of electromagnetic field theory, electrical energy distribution systems etc.

Scopes in electrical engineering lie in the areas of generating electricity, its distribution and transmission. Electrical engineering also has its applications in electronics, telecommunications, computers and micro processors. Most of the courses are a combination of electrical and electronic systems.

Employment Opportunities

An electrical engineer has a wide range of activities, and thus, a lot of options. Career in electrical engineering encompasses the following fields:

  • Telecommunications Systems
  • Electric Power Stations
  • Wiring and lighting of houses
  • Designing household appliances
  • Electrically-controlled industrial machinery
  • Communications
  • Computers
  • Electronics
  • Robotics
  • Biomedical electronics
  • Signal processing
  • Transportation
  • Industrial process control
  • Energy operation and distribution
  • Electro-mechanical energy conversion

Many electrical engineering graduates opt for careers in the food, pulp and paper, chemical, aircraft and automobile industries.

The Department of Electrical Engineering have following laboratories:

  • Electrical Technology Lab
  • Electrical Workshop
  • Electrical Machine-I Lab
  • EMMI Lab
  • Electrical Workshops & Machine Lab