9 Electrical Engineering Career Paths

Electrical engineering is a highly diverse field with implications and intersections with various other fields, including aviation, IT, communication, automobile, power, etc. Therefore, choosing the right electrical engineering career path that suits your interests and preferences is crucial.

Whether you want to serve in the communication sector or prefer working on modern EVs that are becoming a new norm due to the “Go Green” motive of the entire world, as an electrical engineer, you can choose any of your desired electrical engineering career paths.

This blog post will help you discover and understand the most demanding and relevant electrical engineering career paths you must choose in 2024 and beyond. Let’s have a look at these in detail.

9 Major Types of Jobs for Electrical Engineers

There are various types of electrical engineering jobs available, ranging from designing and testing electrical systems to managing projects and developing communication networks. Some common roles include:

1. Electrical Engineers
2. Test Engineers
3. Control Engineers
4. Design Engineers
5. Aeronautical Engineers
6. Project Engineers
7. Communications Engineers
8. System Engineers
9. Electronics Engineers

1. Electrical Engineers

Electrical engineers are responsible for creating, assessing, and putting into action various electrical gadgets, from intricate power systems to individual electrical devices.

They utilize their understanding of electrical circuits and currents to supply power to technological equipment in a secure manner. Additionally, they give manufacturing tips and suggestions depending on customer requirements and demands.

2. Test Engineers

Test engineers are responsible for developing the procedures to detect problems and verify their operability. They develop tests to determine whether products fit functional and safety specifications, designing an isolated environment that enables them to monitor experiments precisely. Test engineers monitor test runs and modify the evaluation procedure depending on the outcomes.

3. Control Engineers

Control engineers are responsible for providing dependable, effective, and top-quality production procedures in manufacturing and energy facilities. They create the entire production strategy for the plant, making modifications to maximize the outcome. They also alter the factory floor’s setup and automate crucial workflow procedures to boost productivity.

4. Design Engineers

Design engineers are in charge of studying and developing innovative items and systems for a corporation. They carry out multiple duties in an engineering department, such as formulating schematics, making experimental models, and supervising the production procedure.

5. Aeronautical Engineers

An aeronautical engineer builds systems for airplanes and related systems, such as satellites. Aeronautical engineers thoroughly evaluate their creations to ensure that all systems, including propellers and navigators, work harmoniously.

6. Project Engineers

A project engineer manages and supervises engineering projects, which may also involve electrical engineering. They work within the allocated expenses and timeframe and may recruit extra personnel, such as contract laborers, to ensure the project is completed as per the required criteria.

7. Communications Engineers

A communications engineer is in charge of creating communication technologies like fiber optics and satellites. They may also help with the deployment of the equipment to ensure that it works effectively and that the communication received and delivered by the gadget or gear is of excellent quality.

8. System Engineers

A systems engineer ensures that the systems under their management are entirely operational and optimal. They may upgrade systems as necessary, track their progress, and install new programs and hardware. In addition, systems engineers may set up a feedback procedure to find problems and propose fixes to stakeholders.

9. Electronics Engineers

Electronics engineers are in charge of creating and manufacturing electronics and their parts. They choose the most incredible power supply possibilities and visual components to support a novel item’s essential features.

Furthermore, electronics engineers establish a product’s final criteria so customers can understand its functional needs and constraints.

Average Electrical Engineer Salary by Experience Level in the US

Let’s take a look at salary of an electrical engineer based on their experience level and career stages:

1. Entry Level
2. Early Career
3. Mid-Career
4. Experienced

1. Entry Level

On average, starting salary for electrical engineer in the US is around $88,965 per year. This is in case the electrical engineer has less than one year of experience. Incentives and overtime wages are all included in the total compensation.

2. Early Career

The electrical engineer salary in US in the early career stage is around $94,696 per year. It is in case the electrical engineer has about four-six years of experience.

3. Mid-Career

On average electrical engineer salary per annum in the mid-career stage is $107,202. In this case, the electrical engineer has about seven-nine years of experience under their belt.

4. Experienced

Those electrical engineers who have experience of more than 15 years can expect to earn up to $114,789 per year on average.

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.

Salaries of Electrical Engineers in Different Cities in the US

According to Indeed, following are the average annual electrical engineer salaries in different cities in the United States:

Choosing the Right Electrical Engineering Career Path

Electrical engineering offers a vast array of exciting specializations. Choosing the right path requires careful consideration of your interests and skill set.

A. Consider Your Interests and Skills

• Interests: What sparks your curiosity? Are you fascinated by the inner workings of complex systems or drawn to the challenge of designing new technologies? Do you enjoy working with hardware software or both? Understanding your natural interests will guide you towards specializations you’ll find fulfilling.

• Skills: Electrical engineering requires a blend of various skills. Do you excel at problem-solving and critical thinking? Are you comfortable with mathematics and physics? Do you possess strong analytical and communication skills? Identifying your strengths will help you determine which career paths best leverage them.

B. Researching Specific Job Roles

Once you have a general direction, delve deeper into specific job roles within that area. Resources like the Occupational Outlook Handbook by the U.S. Bureau of Labor Statistics provide comprehensive information on job duties, required skills, salary ranges, and future job outlook for various electrical engineering specializations.

Professional societies like the Institute of Electrical and Electronics Engineers (IEEE)  offer career resources and job boards. Additionally, industry publications and engineering company websites often detail specific engineering roles within their organizations.

C. Networking and Internships

Building connections within the electrical engineering field is invaluable. Attend industry events, connect with professionals on LinkedIn, and reach out to alum networks if available. These connections provide valuable insights into different career paths and potentially lead to internship opportunities.

Internships offer practical experience working on real-world engineering projects. They allow you to test your skills in a professional setting, gain valuable industry knowledge, and secure a full-time position after graduation.

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Tips for Starting a Career in Electrical Engineering

Below are a few tips for electrical engineers to get their foot into this field:

1. Get a degree
2. Connect with professionals
3. Complete an internship program
4. Take licensing exams
5. Enhance your skillset

1. Get a degree

While several jobs in electrical engineering demand a bachelor’s degree or above, you can still secure entry-level roles emphasizing installation and maintenance if you only possess an associate’s degree.

Apart from that, a master’s degree can probably assist you in becoming suitable for more work prospects if you wish to expand your electrical engineering career.

We have a separate blog on what you can do with an electrical engineering degree. We recommend you go through that for more clarity.

2. Connect with professionals

In an electrical engineer’s field, several social gatherings, conventions, panel discussions, webinars, and training sessions are available. Participating in these will help you understand the sector better and meet experts who have already excelled in it.

These people might be able to provide you with words of wisdom, recommend you to a particular position or company, agree to be your guide, or respond to your concerns about your prospective career path in electrical engineering.

3. Complete an internship program

Finding an internship is possible both during and after your educational career. An internship allows you to earn practical experience in the industry and gives you a chance to work on a project that you can highlight on your CV when seeking jobs in electrical engineering.

By gaining experience, working as an intern will also allow you to collaborate with experts who can refer you to potential companies afterward.

4. Take licensing exams

In addition to your degree, licensing can set you apart from other candidates applying for the same post. Consider enrolling in certification programs and acquiring your license to comprehend the industry and employ it to thrive in your chosen career in electrical engineering.

5. Enhance your skillset

Possessing hard and soft skills that you can utilize on the job to thrive as an electrical engineer is beneficial. Keep a close eye on the competencies ideal for your chosen electrical engineering career and look for ways to enhance the expertise you currently acquire.

For example, you may enroll in classes for particular instruments and programs you’ll have to employ at the workplace or function with a team to strengthen your collaborative abilities. You can also seek feedback to learn how to be more receptive to constructive criticism.

You can also check out our blog on career tips for electrical engineers to advance their careers for further insight.

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Conclusion

Electrical engineering is a vast field and can be pursued as a successful career in the long run. You can go and search for a lot of jobs in the electrical engineering occupation and its sub-domain as well. It will provide you with a ton of benefits, such as a handsome yearly income, multiple electrical engineering job career opportunities, etc.

So it’s a wrap. We have discussed nine different types of career paths in electrical engineering.

We hope this article rendered sufficient information for you to make an informed career decision.

If you are just starting and interested in pursuing this field, we suggest you read our article on how to learn electrical engineering to strengthen your foundations.