FE Exam
1
General
About the Exam
Exam Day
After the Exam
2
Mathematics
Analytic geometry
Progressions and series
Complex numbers
Vector operations/analysis
Linear algebra
Calculus
Differential equations
Numerical methods
Algorithm and logic development
Discrete math
3
Probability and Statistics
Probability distributions
Regression, curve fitting, goodness of fit
4
Ethics and Professional Practice
Intellectual property
5
Chemistry and Biology
Chemical reactions
6
Measurements, Instrumentation, and Controls
Measurements and uncertainty
7
Engineering Economics
Time value of money
Cost analysis
8
Statics
Systems of Forces
Equilibrium of rigid bodies
Area properties
9
Dynamics
Kinematics of particles
Kinetic friction
Work-energy of particles
Impulse-momentum of particles
Kinematics of rigid bodies
10
Fluid Mechanics
Laminar and turbulent flow
11
Thermodynamics
Properties of ideal gases and pure substances
Laws of thermodynamics
12
Heat Transfer
Convection
13
Circuit Analysis
KCL, KVL
Series/parallel equivalent circuits
Thevenin and Norton theorems
Phasors
14
Linear Systems
Resonance
Laplace transforms
Transfer functions
15
Signal Processing
Sampling
Analog filters
Digital filters
16
Control Systems
Controller performance
17
Electronics
Models, biasing, and performance of discrete devices
Operational amplifiers
Instrumentation
18
Power Systems
Power theory
Transmission and distribution
Transformers
Motors and generators
19
Electromagnetics
Electrostatics/magnetostatics
Transmission lines
20
Communications
Multiplexing
21
Computer Networks
Routing and switching
Network topologies
22
Digital Systems
Number systems
Boolean logic
Logic gates and circuits
Flip-flops and counters
Programmable logic devices and gate arrays
State machine design
23
Computer Systems
Microprocessors
Memory technology and systems
24
Software Engineering
Algorithms
Privacy
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