Become a Licensed professional Engineer (PE):
Power System.

The Electrical Engineer's Complete Roadmap to the PE Power License is a 20+ page practitioner-written guide covering every step of the NCEES PE licensure journey — from the FE exam through multi-state practice. It is written by Shaibu Ibrahim, P.E., a licensed Professional Engineer in three states (NJ, IL, PA) and IEEE Senior Member with 10+ years in power generation, T&D, and renewables.

It is designed for: electrical engineers at any stage of the licensure journey, EITs preparing to sit for the PE Power exam, re-takers who need a new strategy, and international engineers navigating the NCEES credentials evaluation process.

Yes. The guide is written specifically for the October 2025 NCEES specifications — the first major update to the PE Power exam since 2018. Every domain breakdown, question range, and reference standard reflects the current exam structure, including the new content on electrical energy storage systems, inverter-based resources (IBR), and the updated NEC (NFPA 70-2020) and NFPA 30B (2023) editions.

If you have been studying from pre-2025 materials, the guide specifically flags what changed and what you need to add to your preparation scope.

Most PE Power resources focus exclusively on exam content — practice problems, domain summaries, or reference handbooks. This guide does something different: it covers the complete licensure journey, not just the exam.

That means: how to build your experience record correctly, how to choose the right state board, how to navigate the NCEES credentials evaluation as an international engineer, how to apply for multi-state licensure, and the full cost and timeline picture from graduation to first PE license. No other free resource covers all of this in one place.

It is also written from the perspective of a practicing engineer who has been through the process — not a textbook editor. The tone is direct, the advice is specific, and the personal story running through it (from Ghana to three U.S. PE licenses) reflects the real experience of an engineer who navigated this without a guide like this one existing.

Yes — completely free. Join the waitlist above with your email address. When the guide goes live, it will be delivered directly to Join Elite members first, before it becomes more broadly available.

Join Elite is ShaiLearning's free community membership. Joining gives you: the PE Power Guide, the monthly newsletter, early access to the PE mentorship program, and access to engineering calculators and career resources. There is no paid tier to join — it takes 60 seconds to sign up.

The guide is a strategic roadmap, not a textbook or a practice exam bank. Its purpose is to give you a complete, accurate picture of what the licensure journey looks like, what the exam demands, and how to build a preparation strategy that actually works — before you invest hundreds of hours studying.

For exam content preparation itself, you will also need: the NCEES PE Power Reference Handbook, a domain-based study guide such as the PPI PE Power Study Guide, a set of full-length practice exams, and the six exam-provided reference standards (NEC 2020, NFPA 70E, NESC, etc.). The guide specifically lists and evaluates these resources in Chapter 16.

The PE Power exam is one of the more challenging PE disciplines. Under the current computer-based testing (CBT) format, the first-time pass rate is approximately 59–63% based on 2023–2024 NCEES data. Repeat takers pass at a lower rate of around 42–45%.

By comparison, the overall average first-time pass rate across all PE disciplines combined is approximately 65%. So PE Power sits below the average — but within reach for well-prepared candidates.

The three highest-weighted domains — Electrical Safety, Circuit Analysis, and Protection Systems — collectively account for 30–45 of the 80 questions. These are also the domains where most candidates lose points. A structured, domain-weighted preparation plan significantly improves your odds.

The exam is closed book — you cannot bring any personal references, notes, or printed materials to the testing center. However, NCEES provides the following electronically during the exam:

The NCEES PE Electrical and Computer: Power Reference Handbook (searchable PDF) plus six reference standards: NFPA 70 (NEC 2020), NFPA 70E-2021, NFPA 497-2021, NFPA 499-2021, NFPA 30B-2023, and ANSI C2-2017 (NESC). These are provided as searchable electronic PDFs — but only one chapter can be open at a time.

The exam is 80 questions, 9 hours total (including a tutorial and optional scheduled break), computer-based at Pearson VUE test centers. It is available year-round. The NCEES fee is $400.

The October 2025 update was the first major revision to the PE Power exam specifications since 2018. The key changes are:

New content added: Electrical energy storage systems (batteries, ultracapacitors) are now explicit exam content under Domain 7. Inverter-based resources (IBR) — including grid-following and grid-forming inverters, and PV inverter operation — are now explicitly covered in Domain 5. Power electronics coverage was expanded to reflect modern grid realities.

Reference updates: NEC updated to NFPA 70-2020 (was 2017), NFPA 30B updated to 2023 edition. The domain structure was reorganized from 3-tier to 2-tier format — cleaner layout but the same substantive content.

If you began studying before October 2025: review the new NCEES specifications document (free at ncees.org) and add BESS and IBR to your Domain 5 and 7 study scope.

The standard recommendation is 200–300 hours of structured preparation. For a working engineer committing 8–12 hours per week, that translates to a 5–7 month preparation window.

The guide's Chapter 8 presents a detailed 6-month plan that sequences the 9 domains by priority (Protection Systems, Electrical Safety, and Circuit Analysis first — the three highest-weighted domains) and builds toward full-length timed practice exams in Month 5.

Starting 6–8 weeks before the exam date with no structured plan — a very common mistake — is almost never sufficient for a working engineer. The margin of safety in preparation is not a luxury; it is the difference between passing and re-sitting.

Based on candidate feedback patterns and domain weighting, the most consistently underestimated domain is Domain 9 — Protection Systems, which has the highest question range of all nine domains (10–15 questions). Relay coordination, CT sizing, and protective relay analysis are topics that many engineers have limited on-the-job exposure to.

Domain 3 — Electrical Safety (10–15 questions) is the domain where preparation is most frequently surface-level. Candidates assume "safety" means reading policy — in reality, NCEES tests calculation problems: arc flash incident energy in cal/cm², PPE category determination, and NFPA 70E approach boundary calculations.

Domain 4 — Circuit Analysis (10–15 questions) trips up engineers who underestimate symmetrical components and sequence network fault analysis. This content is rigorous and demands deliberate practice, not just familiarity.

Yes, you can retake the PE Power exam. NCEES allows you to retake most PE exams once per 3-month testing window, for a maximum of three attempts per calendar year. The $400 NCEES fee applies to each attempt.

If you do not pass, NCEES provides a diagnostic report that breaks down your performance by domain. This is valuable — it tells you exactly where you lost points. Use it as the primary input for your next preparation cycle, not a general "study everything harder" approach.

The standard requirements across virtually all U.S. state boards are:

1. Qualifying education — typically a 4-year ABET EAC-accredited bachelor's degree in engineering. International degrees are evaluated through the NCEES Credentials Evaluation Service.

2. Passing the FE exam — the Fundamentals of Engineering exam earns your EIT/EI designation and is required before you can sit for the PE in most states.

3. Four years of progressive engineering experience — documented, verifiable engineering work under PE supervision, showing increasing responsibility over time.

4. References — typically 3–5 licensed PEs who can attest to the quality and nature of your engineering work.

In the vast majority of states, yes — passing the FE exam is a prerequisite for sitting for the PE exam. The FE earns your Engineer Intern (EI) or Engineer-in-Training (EIT) designation, which formally starts your professional experience clock.

A small number of states have historically allowed engineers with significant years of experience (typically 10–20 years) to bypass the FE under a "eminence" or "comity without exam" provision — but these pathways are increasingly rare and being phased out by most state boards.

If you have not yet taken the FE exam: ShaiLearning also provides dedicated FE Exam Mentorship resources. Visit the FE Mentorship page for the full pathway from FE through PE.

No. Engineering experience gained outside the United States counts toward the NCEES experience requirement in most states — provided it is properly documented and meets the standard of progressive, responsible engineering work.

Documentation requirements for international experience include: employment verification letters on company letterhead (translated by a certified translation service if not in English), detailed descriptions of engineering duties, and references who can be contacted by a U.S. state board for verification.

The key is documentation quality, not geography. An engineer with eight years of substation design experience in Nigeria is entirely eligible — the work is qualifying. The challenge is presenting it in a format that satisfies a U.S. state board's verification process.

Yes, it matters — and yes, you can generally apply to any state even if you do not currently live or work there (though some states have residency requirements, which are becoming rare). The NCEES exam is uniform across all states, but the administrative requirements, processing times, and pre-approval procedures vary significantly from state to state.

States fall into two broad categories: pre-approval states (the board reviews your application before you can register for the exam — slower) and direct application states (you register for the exam first, then apply for licensure after passing — faster). Examples of direct application states include Texas, Illinois, New Jersey, Florida, and Ohio.

For international engineers in particular, choosing the right starting state can save months of administrative delays. Once you hold a license in one state, applying to additional states through comity becomes significantly simpler.

It depends on the state and on the specific degree. Some states will accept an engineering technology (ET) degree for PE licensure purposes, particularly when combined with significant progressive engineering experience. Other states require an ABET EAC-accredited engineering degree specifically.

If you hold a non-EAC-accredited degree (including many ET degrees), you may be required to pursue the NCEES Credentials Evaluation to assess whether your educational background meets the NCEES Engineering Education Standard. Some states also allow a master's degree in engineering to compensate for gaps in an undergraduate program.

The bottom line: contact your target state board directly and ask whether your specific degree qualifies. The answer varies too much by state and by institution to give a single universal answer.

Absolutely yes. The U.S. PE license is open to any qualified engineer regardless of where they were educated or where they currently live. The author of this guide — Shaibu Ibrahim, P.E. — came from Ghana, navigated the international pathway, and is now licensed in three U.S. states. The pathway exists and it works.

The key difference for internationally educated engineers is the NCEES Credentials Evaluation — a service that compares your academic transcripts to the NCEES Engineering Education Standard to determine equivalency with a U.S. ABET-accredited degree. This evaluation costs $400 and typically takes 15 business days once all documents are submitted.

If your degree is from a Washington Accord signatory country (Australia, Canada, China, India, UK, South Africa, and others), it may be accepted more readily, though most U.S. state boards will still require the NCEES evaluation for documentation purposes.

The NCEES Credentials Evaluation compares your college-level transcripts to the NCEES Engineering Education Standard — a 128-credit-hour framework covering mathematics, basic sciences (calculus-based physics, chemistry), engineering sciences, and general education. The evaluation is completed through your MyNCEES account.

You will need to submit: official transcripts from all universities attended (in the native language), certified English translations if the originals are not in English, official course descriptions for every course, and your degree certificates.

The evaluation result indicates either that your education meets the standard, or notes specific areas of deficiency. A deficiency finding does not automatically disqualify you — many state boards will still approve candidates with minor deficiencies, particularly when offset by graduate degrees or extensive experience. The fee is $400 and the process takes approximately 15 business days once all documents are received.

Yes. Pearson VUE test centers outside the United States that administer NCEES exams are currently available in: Canada, Japan, Saudi Arabia, the United Arab Emirates, Egypt, and Turkey.

To sit for the exam at an international center, you follow the same registration process through NCEES — the test is identical. Confirm current international test center availability and scheduling through your MyNCEES account or at ncees.org, as availability can vary by exam and testing window.

Yes — and I want to be direct about this, because I lived it. I came from Ghana. My engineering degree was not from a U.S. institution. I navigated the credentials evaluation, chose the right state, documented my international experience, and earned three U.S. PE licenses. The door is open.

Engineers from West Africa, South Asia, and other regions who hold accredited engineering degrees and have progressive engineering experience are entirely eligible. The pathway has more administrative steps than it does for U.S.-educated engineers — but every step is well-defined and achievable with the right guidance.

The countries listed — Ghana, Nigeria, India, Pakistan — all have strong engineering education traditions. The NCEES credentials evaluation process has handled applicants from these countries many times. What matters is whether your degree covers the required coursework and whether your experience is well-documented.

Yes, it can. If you hold both Chartered Engineer (CEng) status from a UK engineering institution (ICE, IET, IMechE, or equivalent) and International Professional Engineer (IntPE) recognition, you may be eligible for an expedited PE licensure pathway in certain U.S. states, based on mutual recognition agreements between NCEES and the UK Engineering Council.

This pathway is available in only some states and requires verification with your target state board. It is not a universal route — but it is worth checking if you already hold CEng + IntPE status, as it may simplify your education and experience documentation requirements.

For engineers who hold CEng but not IntPE: standard NCEES credentialing still applies, though UK engineering degrees from ABET-accredited UK programs (or Washington Accord programs) often pass the credentials evaluation without deficiencies.

No. U.S. citizenship or permanent residency is not a requirement for PE licensure in the vast majority of states. The PE license is a professional credential, not an immigration status. It is granted based on education, experience, and exam results — not nationality or immigration status.

A handful of states have historically had citizenship or residency requirements, but these are rare and have largely been eliminated. Always verify with your specific target state board, but the pathway is open to qualified engineers of any nationality.

The guide is a strategic roadmap — a comprehensive written resource you work through independently. The PE Power Mentorship program is a personalised 1-on-1 engagement with Shaibu Ibrahim, P.E. directly.

Mentorship includes: a custom study plan built around your schedule and domain weaknesses, domain-level technical coaching sessions on every area you need to strengthen, review of your experience record and NCEES application, full-length timed practice exam analysis, NEC/NFPA 70E navigation speed drills, and ongoing accountability throughout your preparation.

The guide gives you the map. Mentorship puts an experienced PE in the passenger seat who has already driven that road.

The PE Power Mentorship program accepts a limited number of engineers per cohort to ensure quality and personal attention. Join Elite members receive early access before spots open to the general waitlist.

To get on the early access list: join the Guide waitlist above (which also signs you up for Join Elite). When mentorship enrollment opens, Elite members will be notified first with a booking link for a free 15-minute discovery call to assess fit and availability.

The mentorship program is specifically designed to serve both U.S.-based and international engineers. ShaiLearning reaches engineers in 150+ countries, and a meaningful portion of the mentorship community comes from West Africa, South Asia, the UK, the Middle East, and beyond.

For international engineers, mentorship includes dedicated guidance on: the NCEES credentials evaluation process, state board selection strategy for international applicants, international experience documentation, international exam center scheduling, and the UK CEng/IntPE recognition route where applicable.

Mentorship sessions are conducted remotely — time zone coordination is handled during the discovery call.

Yes. ShaiLearning provides dedicated FE Exam Mentorship resources and guidance separately from the PE track. If you have not yet passed the FE exam, the FE mentorship page is your starting point — it covers the FE Electrical & Computer exam structure, preparation strategy, and the pathway from FE to EIT designation to PE eligibility.

Visit the FE Mentorship page for details. The full licensure journey — FE through PE — is what ShaiLearning is built to support.