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PE Electrical and Computer: Power Exam Study Plan

A 12-week study plan for the PE Electrical and Computer: Power exam built from the NCEES specification: 80 questions, 9 hours, 9 topic areas with question counts and a suggested split of study hours.

Principles and Practice of Engineering (PE) exams · Last reviewed

This plan is built from the NCEES specification for the PE Electrical and Computer: Power CBT exam. It gives the exam format, the topic areas with the number of questions NCEES assigns to each, a suggested split of 90 study hours, and a 12-week schedule. Exam formats and specifications are revised from time to time, so confirm everything on ncees.org before you register.

The exam at a glance

ItemDetail (from the NCEES specification)
ExamPE Electrical and Computer: Power CBT exam
Questions80
Time9 hours, which includes a tutorial and an optional scheduled break
FormatComputer-based test, closed book with an electronic reference
UnitsBoth the International System of Units (SI) and the US Customary System (USCS)
Specification effectiveOctober 2025
Exam fee$400 (payable to NCEES, per the NCEES PE exam page)

With 80 questions in 9 hours, the average is about 6.8 minutes per question, counting the tutorial and break time, so the time available per question is slightly less. Plan your pacing from that.

The NCEES Electrical and Computer exam page lists 85 questions and a 9.5-hour appointment, while the Power specification dated October 2025 states 80 questions and 9 hours. Check the NCEES page for the format that applies to your exam date.

Topic areas and suggested study hours

The question ranges are copied from the NCEES specification. The share and the hours are this site's suggestion: each topic's share is the midpoint of its question range as a part of all midpoints, and the hours split 90 total hours in that proportion. They are a starting point. Move hours to the topics where your diagnostic score is lowest.

Topic areaQuestionsShareSuggested hours
Measurement and Instrumentation6–99%8 h
General Applications8–1211%10 h
Electrical Safety10–1514%13 h
Circuit Analysis10–1514%13 h
Power Electronic Circuits and Control Devices5–87%7 h
Rotating Machines5–87%7 h
Electric Power Devices8–1211%10 h
Transmission and Distribution Analysis (High, Medium, and Low Voltage)8–1211%10 h
Protection10–1514%13 h

Codes and standards supplied in the exam

The NCEES specification lists the codes and standards that are supplied in the exam as searchable electronic files, and says that solutions based on other standards or other revision years do not receive credit. The list in the specification is:

  • NFPA 70-2020 (National Electrical Code)
  • NFPA 70E-2021 (Standard for Electrical Safety in the Workplace)
  • NFPA 30B-2023 (Code for the Manufacture and Storage of Aerosol Products)
  • NFPA 497-2021 and NFPA 499-2021 (hazardous classified locations)
  • ANSI C2-2017 (National Electrical Safety Code)

12-week schedule

  1. Week 1: read the NCEES specification and look at the reference handbook layout. Take a timed diagnostic from the practice exam and record your score for each topic area.
  2. Weeks 2 and 3: the heaviest topic areas first, Electrical Safety and Circuit Analysis. Work problems by hand, then check the answers and the method.
  3. Weeks 4 and 5: Protection and General Applications.
  4. Weeks 6 to 8: the remaining areas (Electric Power Devices; Transmission and Distribution Analysis (High, Medium, and Low Voltage); Measurement and Instrumentation; Power Electronic Circuits and Control Devices; Rotating Machines). Lighter areas get a shorter pass.
  5. Week 9: a full-length timed practice set under exam conditions, with the reference material only.
  6. Week 10: review every missed question. For each, record whether the miss was a concept error, a calculation error or a handbook-lookup error. Do a second timed set.
  7. Week 11: close the gaps from the review. Do not start new material.
  8. Week 12: a light review, and the logistics: your appointment, identification, the testing-center rules and the route there.

How to use the practice questions

  • Attempt each question before you read the answer.
  • Time yourself at about 6.8 minutes per question or less on the timed sets.
  • Practice finding formulas in the electronic reference quickly. Lookup speed is part of the exam.
  • Keep an error log with three columns: concept, calculation and lookup.
  • The practice exams on this site are original study material. They are not NCEES questions and passing is not guaranteed.

Before you register

  • Eligibility, experience requirements and application steps are set by your state or territory licensing board. NCEES lists the boards on its website.
  • Open the NCEES specification linked below and check its effective date against the date you plan to test.
  • Check the NCEES site for the current PE exam fee and registration steps. Some boards also charge a separate application fee.

Related tools and labs

Calculators, labs and simulators are part of the All-Access Pass.

More exam study plans

Questions

How many questions are on the PE Electrical and Computer: Power exam?

The NCEES specification states 80 questions in 9 hours, and the time includes a tutorial and an optional scheduled break.

What topics does the PE Electrical and Computer: Power exam cover?

9 topic areas: Measurement and Instrumentation; General Applications; Electrical Safety; Circuit Analysis; Power Electronic Circuits and Control Devices; Rotating Machines; Electric Power Devices; Transmission and Distribution Analysis (High, Medium, and Low Voltage); Protection. The question range for each is in the table on this page.

How long should I study for the PE Electrical and Computer: Power exam?

NCEES does not publish a study schedule. This plan assumes about 90 hours over 12 weeks, split by topic weight. Adjust the total and the split to your background and the diagnostic result.

Are the practice questions the same as the real exam?

No. The practice exams on this site are original study material written for exam preparation. They are not NCEES questions, and passing is not guaranteed.

Sources

Educational material. Examples use simplified, hypothetical inputs and are not a design, a construction document or professional engineering advice. Confirm requirements with the codes and standards adopted where the work is built and with a licensed engineer.

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