Question 1

What is electrical engineering?

Accepted Answer

Electrical Engineering is one of the engineering disciplines that study electrical systems, devices and circuits such as communication systems, automobiles, computers, and machinery controls. Or in other words, it is the branch of engineering that deals with the application of electricity, electronics and electromagnetism.

It is spread across various specialties such as acoustics, speech, signal processing to electromagnetic compatibility, automobiles to vehicular technology, geoscience and remote sensing, laser and electro-optic, robotics, ultrasonic, ferroelectrics and frequency control. This branch of Engineering is required broadly in two fields: Power and Telecommunication. Professional electrical engineers design electric circuits and equipment.

Question 2

Which is better: electrical engineering or electronics engineering?

Accepted Answer

Here is a comparison between electrical and electronic engineering to help you understand the peculiarities of each field

Electrical Engineering	Electronic Engineering
Electrical engineering work includes designing power distribution and better control systems for various other critical infrastructures.	Electronic engineers design and optimize electrical components in devices and systems in various industries.
It has a broader spectrum.	Focuses specifically on designing, optimizing and managing electronic devices.
Skills required are Matlab, Autodesk and AutoCAD.	Skills required are C, C++ and HDL Programming Languages.

According to PayScale, the data shows the average difference in the salary between an electrical engineer and an electronic engineer is less than 3%. And the demand for both is equally high. Hence, it is only a matter of personal interest. Both these are excellent careers to choose from.

Question 3

Who can enroll in an Electrical Engineering course?

Accepted Answer

To enroll in one of the Electrical Engineering courses, you must be interested in learning about electrical systems in consumer electronics, aerospace, manufacturing, or embedded systems. You must have a basic understanding of engineering-related subjects such as physics, mathematics, etc. Moreover, the exact eligibility depends on the level (beginner to advanced) or type of course (bachelor's, certificate, diploma, etc.)

Besides the qualifications, you need to have both soft and technical skills.

Soft Skills	Technical Skills
Critical thinking	Technological knowledge
Active learning	Mathematics and physics skills
Interpersonal skills	Computer programming
Organizational skills	Electronic troubleshooting

Here are some of the best online electrical engineering courses with certificates -

Question 4

Is this course 100% online? Do I need to attend any classes in person?

Accepted Answer

All the electrical engineering courses are completely online, so there’s no need to show up to a classroom in person. Most lecturers have online backups of instructor recordings. Thus, students can access their lectures, readings and assignments anytime and anywhere via the web or mobile devices.

Question 5

Which are the best Electrical Engineering courses?

Accepted Answer

The electrical engineering courses at the most basic level cover Physics, Mathematics and Electrical Engineering topics. It also covers a range of specialties such as acoustics, speech, signal processing to electromagnetic compatibility, automobiles to vehicular technology, geoscience and remote sensing, laser and electro-optic, robotics, ultrasonic, ferroelectrics and frequency control.

Here is a list of some of the best electrical engineering courses online:

Question 6

Is there any scope for Electrical Engineering?

Accepted Answer

Yes, there is a lot of scope in electrical engineering as electrical engineers are needed in the construction or power industry and telecommunication, IT, navigation, railways, automobile, architecture, aerospace, defense, etc. Electrical Engineers are required in various fields, from maintaining power grids to supervising research and development of electronic devices and technology to designing computer circuits.

Talking about salary, the average annual salary for an entry-level Electrical Engineer in the United States is $68,288, whereas an experienced Electrical Engineer earns about $99,039. In comparison, the average annual salary for an Electrical Engineer in India is ₹3,83,857.

Most of today's cutting-edge technologies involve the application of electrical devices and components used by electrical engineers; this will drive the demand for electrical engineers. Therefore, electrical engineering is a great career to choose.

Question 7

What can I do with Electrical Engineering degree?

Accepted Answer

Completing a degree in electrical engineering can lead to various exciting career paths. However, job options and opportunities depend on your degree level, so it is important to understand what career options are available according to your qualifications. Moreover, aspirants opt for courses for better resume credibility and constant skills upgrading. These are offered online, giving convenience to working professionals, and the electrical engineering courses fees range from different budgets, giving learners leverage and flexibility.

Some of the job options available after completing an electrical engineering course are

Job Title	Average Annual Salary in USD	Average Annual Salary in INR
Broadcast engineer	$53,764	₹4,25,000
Control systems engineer	$60,584	₹6,03,858
Electrical designers	$90,285	₹7,23,452
Electrical engineer	$95,226	₹3,83,857
Electronic communications engineer	$98,329	₹2,20,000

Electrical Engineering

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