How To Learn Electrical Engineering In 2024?

Do electrical equipment, buildings, automobiles, and aircrafts always intrigue you? Then, becoming an electrical engineer would surely be the right choice for you.

But you might be wondering, “How to learn electrical engineering?” Don’t worry, we’ve got your back! In this article, we’ve described a list of ways that you can follow to study electrical engineering and pursue a career in this field.  

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Steps To Learn Electrical Engineering

Following are the nine steps that will help you to learn Electrical Engineering

  1. Set Realistic Goals
  2. Set Study Timing and Schedule Subjects Accordingly
  3. Utilize All the Possible Ways of Learning
  4. Invest in the Best and Authentic Books
  5. Join Online Electrical Engineering Learners Communities
  6. Leverage Online Free Resources
  7. Invest in a Reliable Online Course
  8. Specialize in a Sub-category 
  9. Get Certified with Both Free and Paid Options

1. Set Realistic Goals

Setting a goal and understanding the purpose behind your learning is crucial before deciding to study electrical engineering.

Ask out these questions to yourself:

Are you already an electrician who wants to level up his skills by picking up a specialistic course?


Are you a student compelled to learn electrical engineering out of passion and curiosity?


In the former case, you might need to focus on practical work rather than learning theoretical concepts.

And for the latter, it’s the other way around.

2. Set Study Timing and Schedule Subjects Accordingly

Passionate enough to initially dedicate most of the portion of your time to learning electrical engineering at home?

Well, it might not always be the case, as you’ll be required to commit several months or even years of studying to learn electrical engineering on your own.

So, you have to make a proper electrical engineering plan of study that demonstrates the time you should give to each subject, allowing you to manage your study and other responsibilities simultaneously.

Thinking of it more as a marathon than a sprint can help you achieve your target. 

3. Utilize All the Possible Ways of Learning

The best way to learn electrical engineering is to utilize all the possible ways of learning.   

There are four types of learning methods that can help you grasp the concepts in the long run:

  1. Visual
  2. Auditory
  3. Reading and writing
  4. Kinesthetic (practical or hands-on learning)

Be adaptive enough to jump between different strategies to make full use of them.   

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4. Invest in the Best and Authentic Books

Textbooks are the name of the game of your study life if you are on a road to learning electrical engineering on your own.

In today’s era, a vast variety of research manuals and textbook sources are easily accessible, allowing us to fully draw on them for a much more affordable price. So, make sure to invest in the authentic and best books to learn electrical engineering to outshine your knowledge.  

5. Join Online Electrical Engineering Learners Communities

As you step into the world of professional electrical engineers, you’ll come to know that their degrees of bachelor’s or master’s hold a huge impact on employers. So, you’ll have to run hard to be at the races. For this, you can join social media electrical engineering learners’ communities such as Facebook, LinkedIn, which will allow you to network with other students and professionals and help you navigate the uncharted waters.

6. Leverage Online Free Resources

Online free courses are one of the best ways to learn electrical engineering for beginners. You can utilize them to level up your knowledge and gain an authentic qualification that will fit well with your CV. 

7. Invest in a Reliable Online Course

If you have decided to learn electrical engineering online, make sure to put money into reliable online courses that reputable universities like MIT and Harvard accredit. The addition of these credentials to your CV will attract more employers, thereby landing you a job. 

8. Specialize in a Sub-category 

Once you learn basic electrical engineering concepts, refining your knowledge in a specific area is next. Electrical engineering is a vast field with multiple subcategories, such as systems and control engineering, communications engineering, biomedical engineering, etc. You can specialize in a particular electrical engineering field by earning a degree or completing some courses in relevant fields.   

9. Get Certified with Both Free and Paid Options

Gaining accreditations after months or years of studying electrical engineering will provide you with a better opportunity to exhibit your knowledge and skills. While some courses allow you to get certified free of cost, others require some amount of money. Take the leap at both of the options, as it’s a crucial step for making profits out of your efforts. 

If you are looking to advance your career as a professional electrical engineer, it’s worthwhile exploring this FE Electrical Exam Prep resource.

Passing the FE electrical exam is a key step in your engineering career, as it is the first step towards becoming a licensed professional engineer, and it opens the doors towards higher-level job opportunities.

10 Job Opportunities in Electrical Engineering

An electrical engineering course equips you with a strong foundation in designing, analyzing, and developing electrical systems. This opens doors to a wide range of fulfilling careers across various industries. Here are ten examples to spark your exploration:

  1. Electrical Engineer:  This is the core role, applying your knowledge to design, develop, and test electrical components, systems, and equipment. You could work on anything from power grids to medical devices.
  2. Electronics Engineer:  This path focuses on designing and developing electronic circuits, often miniaturized for consumer goods, computers, and communication systems.
  3. Controls Engineer:  Here, you’ll design and implement control systems for machinery and processes. This could involve industrial automation, robotics, or even building management systems.
  4. Power Engineer:  This specialty generates, transmits, and distributes electrical power. You could be involved in designing power plants, substations, or sustainable energy solutions.
  5. Design Engineer:  This role involves applying electrical engineering principles to create specific products. You might design circuit boards for smartphones, lighting systems for buildings, or electrical components for automobiles.
  6. Test Engineer:  Here, you’ll develop and execute tests to ensure electrical systems and devices function according to specifications. This is crucial for safety and performance.
  7. Project Engineer:  This involves managing electrical engineering projects, ensuring they meet deadlines, budgets, and quality standards. You’ll need strong technical skills and leadership abilities.
  8. Sales Engineer:  Leveraging your electrical engineering knowledge, you can excel in technical sales, advising clients on electrical products and systems that best suit their needs.
  9. Field Service Engineer:  This role involves installing, maintaining, and troubleshooting electrical systems on-site. It requires strong problem-solving skills and the ability to work independently.
  10. Embedded Systems Engineer:  This growing field focuses on designing and creating computer systems integrated within larger mechanical or electrical systems.

Frequently Asked Questions:

1 - Is it easy to learn electrical engineering?

Although electrical engineering is one of the hardest subjects, its level of difficulty completely depends upon the aptitude of an individual.  While electrical engineering might be dry and boring as compared to the other engineering majors, it is without a doubt the most important of them all.

2 - Can I learn electrical engineering by myself?

Definitely, you can learn electrical engineering on your own if you are passionate and motivated about it, as it will require a lot of your time, energy, and dedication.

3 - How Much Time is Required to Learn EE Yourself?

While earning a college or university degree requires you to study and practice for at least five years, it will barely take less than a year of hard work to learn electrical engineering yourself and become an expert in this field.

Incredible, isn’t it?

However, the time factor hugely depends on your study pace and current knowledge.

For example:

You can learn electrical engineering on your own in a shorter span if you have already been working as an electrician, planning to acquire a more particular type of knowledge.

On the other hand:

If you have no idea even about the ‘ABC’ of this field, then learning from the ground up can take several months or even years.

4 - How to Find a Promising Career in Electrical Engineering?

There is a bulk of employment opportunities available for professionals in electrical engineering, and you will become aware of this fact once you level up in knowledge and expertise in this field.

Depending on your specialization, you can become the one to design systems for spaceships, cars, or ships, while already working as an electrician.

By studying electrical engineering, biomedical systems can also be made to improve the quality of many people’s lives, if you have studied medicine or work in this field.

Moreover, you can build a promising career in any other field of application that requires electricity to run the system. For example, TV, home appliances, commercial systems, or business-related facilities.

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It may be a tough task to learn electrical engineering on your own, but it’s not impossible. And if you plan to study electrical engineering online, it would be more comfortable as online courses are often self-paced and harmonize with any individual’s lifestyle.  

We hope that after reading this article, you now have a clear understanding of how to learn electrical engineering by yourself.

Happy learning!


Licensed Professional Engineer in Texas (PE), Florida (PE) and Ontario (P. Eng) with consulting experience in design, commissioning and plant engineering for clients in Energy, Mining and Infrastructure.