Printable FE Electrical and Computer Lookup Map
FE Electrical & Computer Handbook 10.6 Page Guide
Electrical and Computer spans the widest range of any FE discipline, from Maxwell to software engineering. The handbook reflects that spread, so the lookup skill is knowing which of several plausible sections a question actually belongs to. Below, each topic is paired with the pages that actually carry it.
FE Electrical and Computer concentrates most discipline content in one place — Electrical and Computer Engineering (pp. 367-427) — so the trap is searching that whole block for every problem. Split your lookups instead: math and transforms live in Mathematics (pp. 42-69), control and measurement in Instrumentation and Control (pp. 231-240), and circuit, power, and digital relations in the ECE section.
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On this page: topic weights, high-value handbook page ranges, search cues, pages worth memorizing, and a first-week lookup drill.
Topic Weight, Page Starts, and Quick Searches
Use this as one map: start with the official topic weight, jump to the broad handbook lane, then try the common PDF starts and quick-search terms. These are study shortcuts, not official NCEES weightings or guaranteed formula matches.
| NCEES FE Electrical and Computer Topic | Questions | Handbook 10.6 Pages to Start With | Common PDF Starts | Handbook Quick Search Terms | ROI |
|---|---|---|---|---|---|
| Mathematics | 11-17 | Mathematics pp. 42-69 | PDF pp. 44, 53, 55 | Calculus, Linear Algebra, Complex Numbers, Integral | High |
| Probability and Statistics | 4-6 | Probability and Statistics pp. 70-91 | PDF pp. 72, 73, 82 | Normal Distribution, Probability, Descriptive Statistics, Standard Deviation | Shared |
| Ethics and Professional Practice | 4-6 | Ethics and Professional Practice pp. 10-20 | PDF pp. 10, 11, 20 | Ethics, Public Safety, Intellectual Property, Conflicts of Interest | Shared |
| Engineering Economics | 5-8 | Engineering Economics pp. 241-248 | PDF pp. 241, 242, 243 | Time Value of Money, Depreciation, NPV, Net Present Value | Shared |
| Properties of Electrical Materials | 4-6 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 368, 370, 393 | Semiconductor, Copper, Band Gap, Resistance | Medium |
| Circuit Analysis (DC and AC Steady State) | 11-17 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 369, 372, 373 | Circuit Analysis, AC Circuits, DC Circuits, Kirchhoff Current Law | High |
| Linear Systems | 5-8 | Mathematics pp. 42-69; Electrical and Computer Engineering pp. 367-427 | PDF pp. 64, 238, 384 | Transfer Function, Frequency Response, Transfer Functions, Laplace Transforms | Medium |
| Signal Processing | 5-8 | Mathematics pp. 42-69; Electrical and Computer Engineering pp. 367-427 | PDF pp. 382, 387, 390 | Digital Filters, Sampling, Nyquist, Aliasing | Medium |
| Electronics | 7-11 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 392, 393, 395 | Operational Amplifiers, BJT, MOSFET, Diodes | High |
| Power Systems | 8-12 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 374, 375, 380 | Three-Phase, Transformers, Transformer, Power Factor | High |
| Electromagnetics | 4-6 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 367, 368, 370 | Electrostatics, Magnetostatics, Reflection Coefficient, Magnetic Field | Medium |
| Control Systems | 6-9 | Instrumentation, Measurement, and Control pp. 231-240; Electrical and Computer Engineering pp. 367-427 | PDF pp. 237, 238, 239 | Stability, Frequency Response, Steady-State Error, Transfer Function | High |
| Communications | 5-8 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 386, 389, 390 | Bandwidth, Digital Modulation, Amplitude Modulation, Information Theory | Medium |
| Computer Networks | 4-6 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 389, 403, 416 | OSI, OSI Model, IP Addressing, IP Addressing/Subnetting | Medium |
| Digital Systems | 8-12 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 400, 401, 402 | Binary, Number Systems, Decimal, Digital Logic | High |
| Computer Systems | 5-8 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 389, 419, 420 | Cache, Memory Hierarchy, Memory Technology, Pipeline | Medium |
| Software Engineering | 4-6 | Electrical and Computer Engineering pp. 367-427 | PDF pp. 421, 422, 423 | Data Structures, Algorithms, Time Complexity, O(N Log N) | Medium |
Pages Worth Memorizing by Location
- Electrical and Computer Engineering pp. 367-427: your main FE ECE lookup lane for circuits, electronics, power, digital, computer, and communications topics.
- Mathematics pp. 42-69: especially Laplace/Fourier, matrices, differential equations, and complex-number support.
- Instrumentation, Measurement, and Control pp. 231-240: use this with control, sensors, and measurement problems.
- Engineering Economics pp. 241-248: small section, predictable formulas, efficient scoring opportunities if drilled.
Sections People Waste Time On
- Searching the entire PDF for circuit formulas instead of jumping to the ECE section first.
- Using broad words like "signal," "power," or "frequency" instead of specific terms like "phasor," "DFT," "Bode," or "per-unit."
- Forgetting that many signals and controls problems need the math section before the ECE section.
- Reading digital/software tables passively instead of solving small logic, timing, and complexity drills.
First-Week Lookup Drill
- Time yourself finding the Laplace transform table. It is the page Electrical examinees return to most under time pressure.
- Locate the op-amp configurations twice: once from Electronics, once by searching “operational amplifier”. Note which is quicker.
- Find the logic identities and Boolean simplification rules. They sit under Digital Systems, not Mathematics, which surprises people mid-exam.
- Search with short terms from this guide, such as "Circuit Analysis", "Calculus", "Linear Algebra", "Frequency Response", "Integral", "Operational Amplifiers". Search the technique rather than the topic; “Laplace” lands faster than “linear systems”.
- For a mixed circuits-and-signals problem, settle on the domain first. Choosing time or frequency before you start is worth more than any single formula.
How FE Test Prep Uses This Workflow
Our FE Electrical practice problems label the problem type, include quick formula references, and show the calculator workflow for phasor and complex arithmetic. Electrical rewards knowing which technique a question wants. The same circuit can often be attacked three ways, and the handbook will not tell you which is fastest.
Turn Lookup Practice Into Questions
Start with 20 free FE Electrical and Computer questions or open the full app for topic drills, exam simulations, calculator walkthroughs, and analytics.
Sources: NCEES FE Electrical and Computer CBT Exam Specifications effective beginning July 2020, NCEES exam reference handbook guidance, and FE Test Prep's independent FE Handbook 10.6 navigation review updated 2026-05-23. This is an independent FE Test Prep study guide, not NCEES material. Use the official NCEES handbook assigned to your exam date during preparation and on exam day. If a page range looks off while you practice, use the app's Report Issue button or the Contact/Errata links below.