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Difference between Electrical and Electronics Engineering


Yes, what is the difference between electrical and electronic engineering? This question baffles many people: students who have finished high school and want to enroll in an engineering college. It also baffles users who wish to seek help about a technical problem that occurred with a home appliance, baffles engineering students themselves, and more than that baffles electronic engineering students And electric themselves.

Electrical Engineering

Electrical engineering is one of the branches of engineering science, which mainly deals with the study of electrical, electronic, and electromagnetic properties and their various applications.

Electronics Engineering

Electronic engineering is an engineering specialty, which specializes in the study of efficient and non-linear electrical elements to design circuits, systems, and electronic devices.


The main difference between Electrical and Electronics Engineering

Electrical engineering studies general and comprehensive properties. When we say electrical properties or electronic properties, we mean a broad spectrum and range of applications. Whereas in the definition of electronic engineering, we say “the effective and non-linear electrical elements,” it is clear that the conversation is about a particular incision of the electrical elements. So, in principle, and while electrical aspects of various types are one of the results of the study of electrical properties, we can conclude that electronic engineering is an incision caused by electrical engineering.

Electrical engineering talks about electrical systems, electrical power transmission systems, power plants, and electrical feeding networks. While electronic engineering talks about semiconductors, chipsets, electronic and electrical circuits, and communication systems, and by comparison, we will find that electrical engineering deals with big things while electronic engineering deals with small things.

Electrical engineering means a comprehensive and comprehensive study of electrical concepts, their effects, applications, and systems, whether they are related to electric power generation, transmission, and distribution. Electric power generation not only means the traditional methods of burning fuel or hydro hydraulic motors but also includes renewable energy systems. Electronic engineering looks at the behavior of electrical elements at a smaller level, that is, at the level of electronic circuits and their policies.

  • Electronic engineering is a specialized branch of electrical engineering.
  • Electrical engineering deals with the type of electrical charge: electrons, all the resulting phenomena, properties, and effects. Electronic engineering is concerned with the two types of electric charges: negative electrons and positive holes, given the importance of this in various electronic and digital circuit applications.
  • An essential thing: electronic boards and systems all operate depending on the constant electric current, while the electric power generation and transmission stations depend on the alternating electric current, and here is another essential difference between electrical and electronic engineering, in terms of electrical engineering’s interest in AC electrical and its properties and systems, and electronic engineering with Continuous current electrode, its features, and behavior.


·        We can say that electrical and electronic engineering are researching in the same field, that is, everything that relates to electrical issues for materials, but electrical engineering examines it on a “large” scale. In contrast, electronic engineering examines it within a “small” domain.




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