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Electrical engineering is a field of engineering that usually deals with application and study of electricity, electromagnetism and electronics. This field first became an exclusive occupation in latter half of 19th century after the commercialization of  electric telegraph,  telephone, and the electric power distribution and use. Subsequently, recording and broadcasting media made the electronics part of daily life. The invention of transistor and, subsequently, integrated circuit brought down cost of electronics to point where they can be used in almost any household entity.

The Electrical engineering has now subdivided into a vast range of subfields including the electronics, power engineering, digital computers, digital computers,  control systems, digital computers, signal processing, RF engineering, RF engineering, microelectronics and RF engineering. The subject of electronic engineering is often treated as its own subfield but it intersects with all other subfields, including power electronics of the power engineering.

The Electrical engineers typically hold a degree in the electrical engineering or electronic engineering. Practicing engineers may have the professional certification and be the members of a professional body. Such bodies include Institute of Electrical and Electronic Engineers (IEEE) and the Institution of Engineering and Technology.

Electrical engineers work in a very broad range of the industries and skills required are likewise variable. These range from the basic circuit theory to management skills required of the project manager. The tools and the equipment that an individual engineer may need are similarly variable, the ranging from a simple voltmeter to a top end analyzer to the sophisticated design and the manufacturing software.

The Electrical and Electronic Engineering defines:

1) The ability to dream,  and the power to create.

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3) The Program's Objectives

4) The Entry Requirements

5) Define the Teaching Language

6) Define the Program's Structure

7) Simplified the study plans

8) The Accreditations



The functions performed by the electrical and electronics engineers include

(1) Basic research in the physics, other sciences, and the applied mathematics in order to extend the knowledge applicable to field of the electronics.

(2) Applied research based on findings of the basic research and directed at the discovering new applications and the principles of the operation.

(3) Development of the new materials, assemblies, devices and the systems suitable for the existing or proposed product lines.

(4) Design of equipment, systems and devices for manufacture.

(5) Field-testing of the equipment and systems,

(6) Establishment of the quality control standards to be observed in the manufacture.

(7) The supervision of the manufacture and the production testing.

(8) The postproduction assessment of the maintenance, repair and performance

(9) Engineering management or direction of development, research, research, manufacture, research and marketing and sales.


The rapid proliferation of the new discoveries, markets and products in electrical and electronics industries has made it difficult for the workers in field to maintain the range of skills required to manage their actions. Consulting engineers, specializing in the new fields, are employed to study and recommend the courses of action.

The educational background required for these functions tends to be the highest in basic and the applied research. In the most major laboratories a doctorate in the science or engineering is required to fill the leadership roles. Most positions in design, supervision of manufacture and product development and the quality control require a master's degree. In high-technology industries typical of the modern electronics, an engineering background at not less than bachelor's level is required to assess the competitive factors in sales engineering to guide the marketing strategy.


Electrical and electronics engineering technologists perform some of the following duties:

1) Design, test and develop power equipment and the systems,  telecommunication, industrial process control systems, the broadcast, audiovisual and recording systems, circuits and micro-electronic systems, computer systems, computers and networks, and the computer software.

2) Supervise the building and the testing of prototypes according to the general instructions and the established standards.

3) Conduct or supervise the commissioning, installation and the operation of the electrical and electronic equipment and the systems other than aircraft electronics or the instruments.


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