This set of PowerPoint modules can be used to cover a comprehensive bridge course. Each lesson dives into the respective topic in full detail, and all modules include extensive speaker notes. The slides can be used in parts, and they can be modified or used as-is to fit the needs and contents of a particular course.

The content is closely tied to the Steel Bridge Design Handbook maintained by the National Steel Bridge Alliance (NSBA). All modules reflect the AASHTO LRFD Bridge Design Specifications, 9th Edition. Any differences in the 10th Edition are clearly indicated.

• Lesson 1: Intro to Bridges and Bridge Steels
• Lesson 2: Bridge Planning and Layout
• Lesson 3: Loads
• Lesson 4: Methods of Analysis
• Lesson 5: Shear in Girders
• Lesson 6: Flexure Part 1 - Fundamental Calculations
• Lesson 7: Flexure Part 2 - Constructability, Service Limit State, and Fatigue & Fracture Limit States
• Lesson 8: Flexure Part 3 - Strength Limit State: Noncomposite Sections and Composite Sections in Negative Bending
• Lesson 9: Flexure Part 4 - Strength Limit State: Composite Sections in Positive Bending and Shear Connection
• Lesson 10: Flexure Part 5 - Bracing for Flexure
• Lesson 11A: Splices and Connections - General Concepts and Welded Connections
• Lesson 11B: Splices and Connections - Bolted Connections and Girder Field Splices
• Lesson 12: Tension and Compression Members
• Lesson 13: Bearings and Joints
• Lesson 14: Bridge Decks

AISC/NSBA has also developed a new three-part series of self-paced learning modules to its extensive collection of steel bridge design resources. Grouped into three modules, participants can earn 10 PDH credits by successfully completing each self-paced learning module, which can be accessed via the links below.

• Fundamentals of Steel Bridge Design, Part 1
• Fundamentals of Steel Bridge Design, Part 2
• Fundamentals of Steel Bridge Design, Part 3

These presentations were prepared by Frank Russo, PE, PhD and Michael Grubb, PE with support from NSBA and AISC University Programs.