Updated for the new July 2020 FE Exam Topics

What is the FE (EIT) Exam? And why you should take it

In this article, we take a high level look of what is the NCEES Fundamentals of Engineering Exam, sometimes referred to as the EIT exam. We go over what are the steps to become a licensed professional engineer in the United States and how each step to licensure works. Additionally, we touch on why you should take the FE exam and what it means for your career to become an engineer-in-training (EIT) and later on a licensed professional engineer (PE).


What is the Fundamentals of Engineering (FE) Exam?

The NCEES Fundamentals of Engineering (FE) exam is the first of the two exams engineers must pass in order to become licensed professional engineers (PE) in the United States.

Engineering college seniors or working engineers must pass the FE exam and then gain four years of engineering work experience before becoming eligible to take the PE exam. Upon passing the PE exam, the examinee becomes a licensed professional engineer (PE). A licensed professional engineer is someone who has the legal right to stamp and seal engineering documents that go out to the public.

The NCEES FE (EIT) exam is a ~5.5-hour, 110-question long, multiple-choice test that covers the majority of the courses seen in an engineering undergraduate curriculum. The exam is taken on a computer at a Pearson Vue test center location. You are only allowed to bring an approved calculator, and you are provided a PDF of equations and tables that you will refer to during the exam. No “cheat sheets” or notes are allowed.


Why should you take the FE?

You should pass the FE exam now, and therefore become an EIT, so you can become a professional engineer (PE) a few years down the road or have the option later on. Professional engineers have the legal right to stamp and seal engineering documents that go out to the public.

Depending on what industry you are in (or could be in), being a PE is an absolute requirement for management positions or a clear differentiator amongst your peers for career advancement.

The importance of being a PE, and by default an EIT, varies based on the industry you work in or could find yourself working in. For the construction industry, such as the industry almost all civil engineering grads go into, professional engineering licensure is often a prerequisite for non entry-level positions and EIT certification is often a requirement for entry-level positions.

For other engineering disciplines such as mechanical, electrical-computer, environmental, and chemical… the level of importance of professional engineering licensure varies depending on the job. Industries for mechanical engineers such as HVAC often require professional licensure, likewise industries for electrical engineers such as public power generation do too. Chemical engineers, industrial engineers, and really any type of engineer often choose to become licensed engineers now in case they decide to provide any kind of engineering consulting work as an additional source of income down the road. To provide any kind of engineering work to the public or a private business as a consultant, you must be legally licensed as a professional engineer to do so.

While there are approximately 70,000 new engineering graduates annually, about forty thousand people take the FE exam every year, according to NCEES's annual publication, Squared. Another angle to look at professional engineering licensure is not just whether or not it is a requirement to get a job at the moment but how it can help you differentiate yourself amongst your peers and help you advance in your career.


What happens after you pass the FE?

You can file the paperwork for your engineer-in-training (EIT) certification in your state after passing the FE exam. You then accrue four years of work experience until you’re eligible for the final step, passing the PE exam.

In general, you must gain four years of engineering experience as an EIT before you’re eligible to take the PE exam. However, some states such as Kentucky will allow you to take the PE exam before the four years of engineering experience, but your actual licensure won’t be effective until the four years have passed. Taking the PE exam soon after taking the FE exam can be very advantageous as the topics are still fresh in your mind. You can then request to transfer your professional licensure from Kentucky to your home state. Transferring professional engineering licensure has a lot of technicalities both states must agree on. Check with your state’s licensing board for more details.


What can I do with my EIT certification?

Engineer-in-training (EIT) certification is an intermediate and necessary step to licensure. You cannot stamp or seal engineering documents, as a PE could, with an EIT certification. EIT certification doesn’t grant you any special powers; it simply indicates you’ve passed the FE exam and that you are on your way to become a licensed professional engineer (PE). An EIT certification also works as a proof to employers that you possess the technical competence required to pass a comprehensive engineering exam.


When (in life) should you take the FE?

If there is something all engineers can agree on is that you should take the FE exam during your senior year of college or immediately after graduation while your courses are still fresh in your mind. The exam tends to become significantly more difficult for people who have been out of school for year.


Who can take the FE exam?

For most states, you must have completed or be close to completing an undergraduate bachelors or graduate engineering degree from an EAC/ABET-accredited program. A few states will allow you to take the FE exam without a bachelors or graduate degree in engineering after many years of experience. Check with your state board for details if those conditions apply to you.


What are the FE exam dates and how do I register?

The FE exam is offered year-round at Pearson Vue test centers throughout the country. You can take the FE up to 3 times per year. You can sign up for the FE through NCEES.


What's on the FE exam?

The FE exam is comprehensive and covers most topics you would see in an undergraduate engineering curriculum. There are several different types of FE exams (civil, mechanical, electrical-computer, environmental, chemical, industrial, and other disciplines), all with different lists of topics.


How do I prepare for the FE exam?

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