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Electrical Engineering

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What is Electrical Engineering?

Electrical engineering is a stream of engineering which concerns the study of design and submission of devices and equipment which utilizes electricity, electronics, and electromagnetism. It has become a well-known option since the 19th century. Electrical Engineering also helps by providing products of day-to-day use to people. The main task involved in electrical engineering is designing, developing, testing, and directing the manufacturing of electrical equipment. Nowadays the occupation of electrical engineering is in great demand. It is required in various fields.

What does an electrical engineer do?

Electrical Engineers play the role of designing equipment that is powered by electronics. Electrical engineers also perform the function of evaluating, improving, and testing electronic equipment. The projects on which electrical engineers work are mentioned below:

  • Establishing the lighting and wiring in structures like buildings.
  • Manufacturing household appliances
  • Making telecommunication system

Education of Electrical Engineering

The process involved in becoming an electrical engineer is listed below:

Pursue at least a bachelor’s degree

It is necessary to earn at least a bachelor’s degree in the electrical engineering profession. There are various institutes and universities which provide electrical engineering programs. Subjects like mathematics, computer science, and physics are required in this field. There are specific applications that students can select to study such as:

  • Computer Hardware
  • Control System
  • Power System
  • Communication


Receive the fundamental of the engineering exam

For working in the field of electrical engineering, candidates must have to qualify for the fundamentals of the electrical engineering exam. Candidates are needed to earn an electrical engineering degree from an ABET-accredit program.

Obtain an entry-level position

After receiving a degree and license, candidates can apply for positions. There are several methods to move forward in the career of electrical engineering. Some of them are listed below:

By experience and accomplishments

By pursuing a master’s or doctorate

By qualifying professional engineering exam

Electrical engineers need continuous training and education on technical advancements.

Qualify the professional engineering exam (optional)

It is optional to qualify for the professional engineering exam. Candidates must have at least a work experience of 4 years

Skills required by electrical engineers

Aside from the qualification, Electrical engineers also require certain skills which are listed below:

  • Creative Thinking
  • Programming
  • Communication
  • Organizational
  • Problem–Solving
  • Critical Thinking


Benefits of Electrical engineering

Electrical Engineering is a fascinating career. Some of the benefits are mentioned below:

Various Career Opportunities

There are various career options in this field. Electrical engineers can work in different industries such as power generation, aerospace, computers, telecommunication, manufacturing industries, etc.


Electrical engineers have practical and theoretical skills and knowledge. These engineers can solve numerous problems because of their incredible creativity and practical skills.  

Diverse fields

Electrical Engineers have a large variety of sub-disciplines like power control, electronics, microelectronics, etc. Electrical engineers can select from diverse fields to work.

Electrical engineers are recognized and respected

Electrical engineering is a high profiled job. These engineers are highly recognized in all nations. Electrical engineers also earn respect with money.

Good salary

Electrical engineers earn great compensation for the services offered by them. Excellent jobs with high salaries are offered by well-known recruiters.

Career after studying electrical engineering

Electrical engineers have a bright future due to the increase in technological innovation. Engineers play a vital role in innovating new technologies in different fields like robotics, transportation, construction, healthcare, chemicals, oils, etc.


Top 5 career choices after electrical engineering are listed below:

  1. Micro Electrical Engineers

These engineers highly emphasize designing small electronic parts such as microchips, circuit boards, semiconductors, etc. The engineers create innovative designs; perform specialized tests, record and analysis data about the performance of new modules.

  1. Electrical Design Engineers

Electrical design engineers create a new electrical system for different applications. These engineers’ analysis and support in the manufacturing of the new systems. It is a good career option for candidates who have excellent analytical, communication, and problem-solving skills.

  1. Telecommunication Engineers

These engineers perform the task of examining new network technologies and providing suggestions related to integration. It is a good option for the one who has excellent knowledge of logging and database table.

  1. Instrumentation Engineers

These engineers mainly work in industries with automated process and aims at improving productivity, safety, stability, and optimization. The engineers highly focus on designing, creating, installing, and managing equipment that is used in observing and organizing machines.

  1. Electrical Engineers

These engineers mainly work on large-scale electric systems like motor control, utilizing electricity, transmitting energy, etc. The engineers can work on various technologies.

Underwritten are some fields where electrical engineers can work

  • Aerospace
  • Materials, metals, oils, and gas
  • Marine and railway
  • Construction
  • Defense
  • Chemical and electronics
  • Power generation and telecommunication


We hope the above-provided information will help you to gather knowledge about Electrical Engineering.

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