GERTC: Civil Engineering Licensure Exam Review
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13.6 - Engineering Economics
13.5 - Transportation Engineering
13.4 - Engineering Economics
13.3 - Piles
13.2 - Seismic and Footing
13.1 - Reinforced Concrete
12.7 - Dynamics
12.6 - Geotech, Soil Stresses
12.5 - Engineering Economics
12.4 - Engineering Economics
12.3 - Indeterminate Beams & Frames
12.2 - Transpo & Earthworks
12.1 - Reinforced Concrete Design
11.7 - Probability and Statistics
11.6 - Statics
11.5 - Probability & Statistics
11.4 - Permeability
11.3 - Indeterminate Beams
11.2 - Surveying
11.1 - Stresses in Beams & Reinforced Concrete
10.7 - Differential Calculus
10.6 - Mechanics
10.5 - Counting Principles & Probability
10.4 - Geotech
10.3 - Deflections
10.2 - Surveying
10.1 - Stresses in Beams
9.7 - Differential Calculus
9.6 - Mechanics
9.5 - Geotech & Hydraulics
9.4 - Deflections
9.3 - Surveying
9.2 - Word Problems and Integral Calculus
9.1 - Torsion and Stresses in Beams
8.5 - Calculus
8.4 - Geometry
8.3 - Fluid Mechanics
8.2 - Deflection
8.1 - Moving loads & Moment of Inertia
7.5 - Fluid Mechanics
7.4 - Steel Design
7.3 - Geometry
7.2 - Analytic Geometry
7.1 - Shear and Moment, and Moving Loads
6.5 - Fluid Mechanics
6.4 - Analytic Geometry
6.3 - Geometry
6.2 - Steel Design
6.1 - Shear and Moment
5.5 - Fluid Mechanics
5.4 - Steel Design
5.3 - Geometry
5.2 - Analytic Geometry
5.1 - Strength, Shear & Moment
4.5 - Fluid Mechanics
4.4 - Geometry and Surveying
4.3 - Algebra
4.2 - Steel Design
4.1 - StreMa
3.5 - Surveying
3.4 - Steel Design Basics and Code
3.3 - Hoop Tensions, Buoyancy & Stability of Floating Bodies
3.2 - Algebra
3.1 - StreMa
2.5 - Trigo
2.4 - MSTE
2.3 - Plane Surfaces, Curve Surfaces, and Dams
2.2 - Steel Design
2.1 - Engineering Mechanics & StreMa
1.5 - Engineering Mechanics 2
1.4 - MSTE and F789SGA
1.3 - Trigo
1.2 - Fluid Mechanics
1.1 - Engineering Mechanics 1
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