4 Steps to Getting Licensed in Electrical Engineering

Electrical engineers seem to be highly trained employees who are working in areas such as electricity, electromagnetic, as well as electronics. They create cutting-edge technology that the public relies on a daily basis. Electrical engineers operate on such a grander range with groups to build microprocessors for computers, develop innovative satellites to increase global telecommunication services, and create innovative flight technologies to assist pilots in flying planes more successfully.

Electrical engineers have always been engaged in a wide variety of industries. Electrical engineers come up with ideas to improve sectors like sustainable power or tackle particular challenges in microelectronics like making internet banking in a much faster and more efficient manner.

At Study for F.E, we are here to be your source of guidance regarding anything you might need to be able to obtain your electrical engineering license.

What it’s Like to be an Engineer Without a P.E. license?

We know that several electrical engineers engage in research jobs to test the envelope of what might be feasible in motors, sensors, electric generation as well as satellite communications technology.

Electrical engineers have almost always performed a critical role in the development of gadgets and technology on which people rely day after day. Thomas Edison, one of the world’s most famous electrical engineers, changed the course of civilization by inventing the very first workable incandescent bulb.

An electrical engineering job should only be pursued by those who are prepared mentally for the rigorous path ahead. Discover how to be a certified electrical engineer with the help of this comprehensive tutorial. This is the most comprehensive guide you will find in this regard; we really hope you will find it helpful.

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Four Mandatory Steps to Getting Licensed in Electrical Engineering:

Electrical engineers aren’t always required to obtain a license in order to commence their professions. But if you do, it can do wonders for you. It is highly recommended that you get your license as soon as possible. Following are the four mandatory steps you need to follow in order to get your license in electrical engineering.

1. Get a Bachelor’s Degree:

Engineers-in-training (EITs) holds a bachelor’s degree and are required to be mentored by licensed professional engineers (PEs) who’ve already passed the Professional Engineer Examination.

While professionals gain some experience, they stay at EITs for at least four years before being eligible to sit for the P.E. test. In order to be licensed, an engineer would have to have a bachelor’s degree in electrical engineering from an approved institution or school of engineering. Courses within electrical engineering involve instruction in a traditional classroom, laboratory work, as well as hands-on training in the field.

The BLS states that coursework covers differential calculus, electronic system integration, as well as electrical connection theories.

Some universities provide co-op programs, which integrate as well as combine intervals of employment with courses to offer you expertise while you study. A combination bachelor’s, as well as master’s degree, maybe earned in five years, giving you a leg up on the competition while looking for work. A master’s degree can get you a better job with a higher beginning pay, as well as the opportunity to teach or engage in research and development.

2. Do the Fundamentals of Engineering (F.E.) Exam

A college diploma, on the other hand, is simply the start of your career. After completing the Fundamentals of Engineering (F.E) Electrical test, one could be employed as an engineering intern (EI) or engineer-in-training (EIT), which would be essentially another term for much the same profession.

Several regions that previously used the label E.I. have switched to EIT, which is the most prevalent term. You’ll end up spending even more years throughout this crucial position studying from P.E.s who seem to have a wealth of knowledge and experience under their belts. Whereas a degree provides you with a comprehensive understanding, you must find a way to put it to use in your particular work as well as by the firm’s practices.

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3. Pass the Tests for a Professional Engineer (PE)

Once you’ve completed the course, you’ll be eligible to sit for the P.E. test and earn the title of P.E. While earning a P.E. is really not generally required, it really is a certificate that demonstrates you have all the expertise and skills to manage fellow engineers as well as that you really are passionate concerning your profession.

According to the National Society of Professional Engineers (NSPE), which administers the P.E. test, solely P.E.s could sign off on, mark, as well as deliver engineering designs as well as plans to publicly or privately clientele.

According to the National Society of Professional Engineers (NSPE), earning a P.E. certification is similar to acquiring a CPA. Customers and coworkers see this as a sign of your expertise and professionalism. It tells clients as well as coworkers that you are one of the finest in the profession. Whether you wish to establish your own engineering business eventually or remain an advisor, you will have to become a P.E. able to supervise additional engineers, evaluate the designs and drawings, and then attract and retain clientele.

4. Fulfill Any Additional Licensing Criteria Set by Your Area

Their respective states must license engineers, and these criteria might range significantly from one state to the next. Follow the basics for the area you’ll be operating in as early as possible so that there are no misunderstandings whenever you apply for licensing to verify that you have satisfied all requirements.

To keep your P.E. license current, several states mandate you enroll in professional development classes to stay abreast of new developments in the profession. Make sure to be fully knowledgeable of the laws and regulations specified by your stare. It is mandatory to be able to follow all those and make sure that you are not missing out on them at all. If you fail to do so, you might be deprived of your license at any time.

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.

State-Specific Requirements And  Alternative Paths For Getting Licensed In Electrical Engineering

State-Specific Requirements

While the core requirements for PE licensure involve a qualifying degree, passing the FE and PE exams, and obtaining relevant work experience, additional variations may depend on the state you wish to practice in. For the most up-to-date information, refer to the National Council of Examiners for Engineering and Surveying (NCEES) website ([m or contact the licensing board of your specific state. Here’s a breakdown of some potential variations:

  • Experience Requirements: Some states have slightly different experience hour requirements than the national standard.
  • Exams: While the FE and PE exams are national, some states may require additional exams specific to their state laws or regulations.
  • Content and Administration: The NCEES develops the core FE and PE exams, but state licensing boards may have some discretion over content specifics or exam administration procedures.

Continuing Education

Maintaining your PE license typically requires fulfilling Continuing Education (CE) requirements mandated by your state licensing board. The National Society of Professional Engineers (NSPE) offers resources on CE requirements and their importance for maintaining licensure:

Alternative Paths to Licensure (if applicable)

While the standard path involves a bachelor’s degree, FE and PE exams, and work experience, some states might offer alternative paths for licensure in specific situations. Here are two possibilities:

  • Comity: If you are already a licensed PE in another state, you may be able to obtain a PE license in a new state through a process called comity. This process typically involves meeting specific requirements set by the new state’s licensing board.
  • Experience-based Licensure: In some rare cases, states might offer a path to licensure for individuals with extensive and documented professional experience in engineering, even without a formal engineering degree. However, these paths often involve rigorous evaluations and stringent experience requirements.

Note: It is crucial to check with the specific licensing board of the state where you intend to practice for the most current and accurate information on licensure requirements, including any potential variations or alternative paths that might be applicable.

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Advice from the experts at Study for F.E.:

We, at Study for F.E., believe that problem-solving abilities are essential in this career. Electrical engineers would have to recognize and evaluate difficulties, and subsequently assess the data and resources vital in designing a solution.

To determine a product’s merits and flaws, an electrical engineer has to be capable of thinking critically as well as rationally about it. Electrical engineers should be able to prioritize and organize their tasks effectively with their schedules. In order to be successful, a person should be both productive and efficient. Because engineering involves a lot of cooperation, it’s critical for workers to have excellent social as well as interpersonal capabilities. Electrical engineering is built around circuit design—an in-depth understanding of electric circuits.

Get in touch with the experts at Study for F.E., and ace your examinations. We are always available to be your guide and helper. We will help you stay on top of your game and be the leading expert in the field.


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.