All Practice Exams

200+ Free PE Electrical Practice Questions

Pass your PE Electrical Engineering exam on the first try — instant access, no signup required.

✓ No registration✓ No credit card✓ No hidden fees✓ Start practicing immediately
57-65% Pass Rate
200+ Questions
100% Free

Choose Your Practice Session

Select how many questions you want to practice

Questions by Category

Pe-Electrical-Power-Systems158 questions
Pe-Electrical-Computer29 questions
Pe-Electrical-Controls13 questions
2026 Statistics

Key Facts: PE Electrical Exam

80

Exam Questions

NCEES

8 hrs

Test Time

NCEES

57%

Power Pass Rate

NCEES 2024

$400

Exam Fee

NCEES

3

Main Topics

NCEES

9 hrs

Total Appointment

NCEES

The PE Electrical exam has first-time pass rates of approximately 57% for the Power track and 65% for the Electronics/Controls track. The 80-question computer-based exam allows 9 hours total (including tutorial and break). The exam uses the NCEES PE Electrical Reference Handbook. The Power track is the most common and covers circuit analysis, power systems, rotating machines, protection, and power electronics. Strong preparation in circuit analysis, power systems fundamentals, and protection systems is essential.

About the PE Electrical Exam

The NCEES PE Electrical exam is an 80-question computer-based test designed for engineers with a minimum of four years of post-college work experience. The Power exam track covers Power Systems Analysis (45%), Electronics & Controls (30%), and Computer Engineering (25%). Key topics include circuit analysis, three-phase power, transformers, motors and generators, power electronics, transmission and distribution systems, protective relaying, grounding, power quality, control systems, digital logic, and microprocessors. The exam emphasizes practical application of electrical engineering principles.

Questions

80 scored questions

Time Limit

8 hours

Passing Score

Approximately 70% (scaled)

Exam Fee

$400 (NCEES (Pearson VUE))

PE Electrical Exam Content Outline

45%

Power Systems Analysis

Circuit analysis, three-phase power, transformers, per unit system, load flow, fault analysis, transmission lines, voltage regulation, power factor correction

30%

Electronics & Controls

Power electronics, rectifiers, inverters, DC-DC converters, motor drives, control systems, PID controllers, transfer functions, stability analysis

25%

Computer Engineering

Digital logic, Boolean algebra, combinational/sequential circuits, microprocessors, memory systems, data acquisition, communication systems

How to Pass the PE Electrical Exam

What You Need to Know

  • Passing score: Approximately 70% (scaled)
  • Exam length: 80 questions
  • Time limit: 8 hours
  • Exam fee: $400

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

PE Electrical Study Tips from Top Performers

1Master the NCEES PE Electrical Reference Handbook - know where formulas and tables are located
2Focus on Circuit Analysis, Three-Phase Power, and Power Systems as the foundation
3Practice time management - 6 minutes per question on average
4Work through many fault analysis and protection relaying problems
5Understand the per unit system thoroughly - used throughout power systems analysis
6Study symmetrical components for unbalanced fault calculations
7Know transformer connections (delta-wye, wye-delta) and phase shifts
8Review control systems fundamentals - transfer functions, Bode plots, stability
9Practice with the electronic handbook format before exam day

Frequently Asked Questions

What is the PE Electrical exam pass rate?

First-time taker pass rates vary by exam track: Power exam approximately 57%, Electronics/Controls/Communications approximately 65%, and Computer Engineering approximately 62% (NCEES 2024 data). The Power track has the lowest pass rate but is the most commonly taken. Repeat takers have significantly lower pass rates of approximately 30-40%.

How hard is the PE Electrical exam?

The PE Electrical exam is considered challenging, particularly the Power track which has a 57% pass rate. The exam tests both theoretical knowledge and practical engineering application. Most successful candidates study 250-350 hours over 3-6 months. The Power track requires strong fundamentals in circuit analysis, power systems, and protection. Many candidates take review courses specifically focused on the Power exam.

What are the PE Electrical exam requirements?

To take the PE Electrical exam, you need: (1) a bachelor's degree from an ABET-accredited engineering program, (2) passing the FE exam, (3) typically 4 years of progressive electrical engineering experience (varies by state), and (4) state board approval. Some states have additional requirements like references. The experience should be under a licensed PE and demonstrate increasing responsibility.

Which PE Electrical exam track should I choose?

Most candidates choose the Power track as it aligns with utility and industrial power systems work. Choose the Electronics/Controls track if you work in electronics design, control systems, or manufacturing. Choose Computer Engineering if you work in digital design, embedded systems, or computer hardware. Select the track that matches your professional experience for the best preparation.

What references are provided during the exam?

NCEES provides the PE Electrical Reference Handbook as a searchable PDF during the exam. You cannot bring personal reference materials. The handbook includes formulas, tables, and reference data. It's critical to familiarize yourself with the electronic handbook format before exam day. The NCEES website offers a free PDF version for study purposes.

What topics are most heavily tested on the PE Electrical Power exam?

The most heavily tested topics are Circuit Analysis, Three-Phase Power, Transformers, Motors/Generators, and Power System Protection. Expect questions on load flow, fault calculations, per unit system, protective relaying, grounding, and power quality. The exam balances theoretical calculations with practical power system design and analysis.