Electrical and Computer Engineering FE Exam: Key Topics &
Specifications
Study online at
https://quizlet.com/_hvfhd6
1. FE exam: A computer-based test (CBT) that is closed book with an electronic reference.
2. Examinees time limit: Examinees have 6 hours to complete the exam, which contains
110 questions.
3. International System of Units (SI): One of the measurement systems used in the FE
exam.
4. U.S. Customary System (USCS): Another measurement system used in the FE exam.
5. Mathematics: A section of the exam containing 11-17 questions covering various topics.
6. Probability and Statistics: A section of the exam containing 4-6 questions covering central
tendencies and probability distributions.
7. Ethics and Professional Practice: A section of the exam containing 4-6 questions
covering codes of ethics and intellectual property.
8. Engineering Economics: A section of the exam containing 5-8 questions covering time
value of money and cost estimation.
9. Properties of Electrical Materials: A section of the exam containing 4-6 questions
covering semi-conductor materials and electrical properties.
10. Circuit Analysis (DC and AC Steady State): A section of the exam
containing 11-17 questions covering KCL, KVL, and equivalent circuits.
11. Linear Systems: A section of the exam containing 5-8 questions covering frequency
response and Laplace transforms.
12. Signal Processing: A section of the exam containing 5-8 questions covering
sampling and filters.
13. Electronics: A section of the exam containing 7-11 questions covering various electronic
concepts.
14. Measures of central tendencies: Includes mean, mode, and standard
deviation.
15. Probability distributions: Includes discrete, continuous, normal, binomial, and
conditional probabil-ity.
16. Expected value: Also known as the weighted average.
17. Time value of money: Includes present value, future value, and annuities.
18. Cost estimation: A key concept in engineering economics.
19. Risk identification: A process in engineering economics.
20. KCL: Kirchhott's Current Law, used in circuit analysis.
21. KVL: Kirchhott's Voltage Law, used in circuit analysis.
22. Thevenin and Norton theorems: Theorems used in circuit analysis for
1/
5
, Electrical and Computer Engineering FE Exam: Key Topics &
Specifications
Study online at
https://quizlet.com/_hvfhd6
simplifying circuits.
23. Discrete devices: Examples include diodes, transistors, and thyristors.
24. Amplifiers: Types include single-stage/common emitter and ditterential amplifiers.
25. Operational amplifiers: Includes ideal and nonideal operational amplifiers.
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5
Specifications
Study online at
https://quizlet.com/_hvfhd6
1. FE exam: A computer-based test (CBT) that is closed book with an electronic reference.
2. Examinees time limit: Examinees have 6 hours to complete the exam, which contains
110 questions.
3. International System of Units (SI): One of the measurement systems used in the FE
exam.
4. U.S. Customary System (USCS): Another measurement system used in the FE exam.
5. Mathematics: A section of the exam containing 11-17 questions covering various topics.
6. Probability and Statistics: A section of the exam containing 4-6 questions covering central
tendencies and probability distributions.
7. Ethics and Professional Practice: A section of the exam containing 4-6 questions
covering codes of ethics and intellectual property.
8. Engineering Economics: A section of the exam containing 5-8 questions covering time
value of money and cost estimation.
9. Properties of Electrical Materials: A section of the exam containing 4-6 questions
covering semi-conductor materials and electrical properties.
10. Circuit Analysis (DC and AC Steady State): A section of the exam
containing 11-17 questions covering KCL, KVL, and equivalent circuits.
11. Linear Systems: A section of the exam containing 5-8 questions covering frequency
response and Laplace transforms.
12. Signal Processing: A section of the exam containing 5-8 questions covering
sampling and filters.
13. Electronics: A section of the exam containing 7-11 questions covering various electronic
concepts.
14. Measures of central tendencies: Includes mean, mode, and standard
deviation.
15. Probability distributions: Includes discrete, continuous, normal, binomial, and
conditional probabil-ity.
16. Expected value: Also known as the weighted average.
17. Time value of money: Includes present value, future value, and annuities.
18. Cost estimation: A key concept in engineering economics.
19. Risk identification: A process in engineering economics.
20. KCL: Kirchhott's Current Law, used in circuit analysis.
21. KVL: Kirchhott's Voltage Law, used in circuit analysis.
22. Thevenin and Norton theorems: Theorems used in circuit analysis for
1/
5
, Electrical and Computer Engineering FE Exam: Key Topics &
Specifications
Study online at
https://quizlet.com/_hvfhd6
simplifying circuits.
23. Discrete devices: Examples include diodes, transistors, and thyristors.
24. Amplifiers: Types include single-stage/common emitter and ditterential amplifiers.
25. Operational amplifiers: Includes ideal and nonideal operational amplifiers.
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5
