2022 Seismic Provisions and Seismic Design Manual, 4th Edition

Presented by: Thomas A. Sabol, SE and Rafael Sabelli SE, PE

This is a three-part webinar series. Earn up to 4.5 PDHs! 

The AISC Seismic Provisions and the 4th Edition Seismic Design Manual are both available now! You won't want to miss this three-part webinar series where important changes and clarifications that have been incorporated into these documents will be explained.

The webinar series will examine the Seismic Provisions including analysis, general design requirements, the treatment of special moment frames (SMF) and special concentrically braced frames (SCBF), and more. The series will review the philosophy of seismic design and review the application of the provisions in the design of SMF, SCBF, and multi-tiered braced frames.

Course Schedule

Dates and Times: All live broadcasts are on Wednesdays at 12:30 to 2:00 p.m. Central Time.

Wednesday,  May 13, 2026

2022 Seismic Provisions and Seismic Design Manual, 4th ed. Part 1

 90 Minutes

Wednesday, May 20, 2026

2022 Seismic Provisions and Seismic Design Manual, 4th ed. Part 2

 90 Minutes   

Wednesday, May 27, 2026

 2022 Seismic Provisions and Seismic Design Manual, 4th ed. Part 3

 90 Minutes  

Recording access! Multi-webinar courses allow both group and individual registration options access to the live broadcasts and the recordings! Earning PDH credit for viewing a recorded session requires passing a quiz. Access to all recordings and quizzes ends on June 27, 2026. 

Substitution and Cancellations: Substitutions may be made at any time. Cancellations received 1-3 days prior to the webinar will be charged a $50 service charge. Cancellations and no shows the day of the webinar session will not receive a refund.

Connection Instructions: Click on "Webinar Access" in the course navigation. The webinar can be accessed on that page 15 minutes prior to start time. Handouts may be downloaded on that page 24 hours in advance of the webinar.

Individual Registration

Register one person. Only one certificate will be issued. Registration is for this webinar series only.

  • $210 Member
  • $360 Non-Member
  • $150 Student/Faculty
  • Government Agency:  Discounts available.  Contact registration@aisc.org.
  • This course is included in LearningPass subscription.
Group Registration

Register an unlimited number of people from your company roster. Each registrant has access to the course including the live webinar, recording, and quiz for each session, and a certificate.

The group registration option is flexible--either pre-register participants so that everyone can view at their own connection, or post-register everyone who attends the presentation at a single connection (e.g. conference room). Either way, everyone may earn a certificate.

  • $630 Member
  • $1100 Non-Member
  • Government Agency:  Discounts available. Contact registration@aisc.org.
  • This course is included in LearningPass subscription.

Are you already registered as a group and need to add more colleagues? Add to your group registration here.

Speakers

          

Thomas A. Sabol, SE, a senior vice president at WSP, specializes in the structural design of institutional projects, seismic rehabilitation of historic structures, and tall building wind engineering.  He earned his undergraduate degree from Cal Poly, San Luis Obispo, and graduate degrees from UCLA. He is a registered structural engineer and a licensed architect in California. Dr. Sabol is on the faculty of UCLA’s Civil and Environmental Engineering Department, where he teaches courses on tall buildings and structural steel.  He is a member of AISC’s Seismic Systems, Specifications and Research committees.

  Rafael Sabelli SE, PE, serves as the firm’s Managing Director for the San Francisco office as well as the Director of Seismic Design and oversees the seismic design of all Walter P Moore projects that include unconventional structural systems or reside in unusually high seismic locations. Rafael has decades of experience in the design of structurally challenging projects located within high seismic regions, with a focus in the San Francisco Bay Area and surrounding areas. He is a key figure in the steel industry and led the effort to develop and adopt design procedures for buckling restrained braced frames that ultimately led to his being awarded the T.R. Higgins lectureship.