The McGraw-Hill Civil Engineering PE Exam Guide: Breadth and Depth (WW, 1st)

Part I: Geotechnical Engineering.

Chapter 1: What Is Geotechnical Engineering?

Chapter 2: Identification and Classification of Soil and Rock.

Chapter 3: Hydraulic Properties of Soil and Rock.

Chapter 4: Compressibility of Soil and Rock.

Chapter 5: Strength of Soil and Rock.

Chapter 6: Engineering Geology of Rocks and Soils.

Chapter 7: Engineering Subsurface Investigations.

Chapter 8: Shallow Foundations--Footings and Rafts.

Chapter 9: Deep Foundations--Piles and Piers.

Chapter 10: Retaining Structures.

Chapter 11: Slope Stability.

Chapter 12: Compacted Fill.

Part II: Transportation Engineering.

Chapter 1: Horizontal and Vertical Alignment.

Chapter 2: Earthwork.

Chapter 3: Drainage.

Chapter 4: Protection of the Environment.

Chapter 5: Roadway Design.

Chapter 6: Traffic Estimation and Design Volumes.

Chapter 7: Intersection Design.

Chapter 8: Freeway and Interchange Design.

Chapter 9: Pavement Base.

Chapter 10: Rigid Pavement Designs.

Chapter 11: Flexible Pavement Design.

Chapter 12: Airport Engineering.

Chapter 13: Retaining Walls.

Chapter 14: Highway-Railroad Crossings.

Chapter 15: Bicycle Facilities.

Chapter 16: Transit.

Chapter 17: Railway Engineering.

Chapter 18: Pedestrian Facilities.

Chapter 19: Right-of-Way.

Chapter 20: Traffic Management.

Appendix A: Airport Engineering.

Part III: Environmental Engineering.

Chapter 1: Review of Biology Related to Water Quality.

Chapter 2: Wastewater Treatment.

Chapter 3: Solid/Hazardous Waste.

Part IV: Structural Engineering.

Chapter 1: Properties of Materials.

Chapter 2: Properties of Sections.

Chapter 3: Strength of Materials.

Chapter 4: Principles of Statics.

Chapter 5: Introduction to Design and Analysis.

Chapter 6: Concrete Design.

Chapter 7: Steel Design.

Chapter 8: Masonry Design.

Chapter 9: Introduction to Seismic Design.

Appendix A: References.

Appendix B: Building Engineering.

Appendix C: Structural Steel.

Appendix D: Wood Design and Construction.

Appendix E: Concrete Design and Construction.

Part V: Water Resources.

Chapter 1: Fundamental Concepts and Properties of Fluids.

Chapter 2: Fluid Statics.

Chapter 3: Fluid Dynamics and Applied Hydraulics.

Chapter 4: Engineering Hydrology.

Chapter 5: Groundwater Hydraulics.

Appendix A: Groundwater.