2018 SE University Schedule 2017 SE University Schedule 2016 SE University Schedule
2015 SE University Schedule 2014 SE University Schedule 2013 SE University Schedule
2012 SE University Schedule 2011 SE University Schedule 2010 SE University Schedule
In addition to the yearly schedules above, you can also access the past session information by CATEGORY or DATE. If you are an SE University Client and would like to watch previous sessions, please log in to your SEU Resource Center account, and select the SEU Session Library.
Upcoming SE University Sessions
SE University Core sessions are held the 2nd Wednesday of each month. Supplemental sessions are provided as noted. All times shown are Eastern time.
Speaker: Jim O. Malley, SE
On January 14, 1994, a M6.7 earthquake hit Southern California causing over $10 billion of damage. One of the most unexpected types of structural damage from the Northridge earthquake occurred in steel moment resisting frames, which prior to the earthquake had been considered one of the best seismic systems by many practicing structural engineers. Damage to over 100 such buildings created great concern in the structural engineering community, leading to a six-year, $10 million dollar FEMA funded research and development effort known as the SAC Steel Project.
SAC was a joint venture of the Structural Engineers Association of California, the Applied Technology Council, and the Consortium of Universities for Research in Earthquake Engineering, and the project’s investigations led to the development of a series of guidelines documents for use by practicing structural engineers. Many of the recommendations were incorporated into the AISC Seismic Provisions, and are now required for projects in the U.S. and widely used in many other countries throughout the world. These changes are based on a consistent methodology intended to result in excellent seismic performance of steel structures.
This SE University presentation will focus on the damage caused by the Northridge Earthquake, the response by the SAC Steel Project, and the changes to practice that have resulted.
- Understand how the damage caused to steel moment frames by the 1994 Northridge earthquake led to major changes to seismic design of steel structures.
- Realize that the basis for the overall design philosophy is rooted in developing a target inelastic mechanism with designated ductile structural fuses that dissipate the major of the earthquake’s energy.
- Understand how design requirements for the various structural systems are designated to meet the seismic design philosophy.
Handout and registration emails for this session will be sent to SE University companies on Friday, September 6th.
Bruce Brothersen, PE, SE
Walter Worthley, PE, SE
Handout and registration emails for this session will be sent to SE University companies on Friday, October 4th.
Evaluation and modification of joists may be required for many reasons: building renovations, field deviations, additional loads, and more. SJI’s Technical Digest No. 12 “Evaluation and Modification of Open Web Steel Joists and Joist Girders” addresses how to evaluate existing joists and Joist Girders for changes to the original loads and then how to modify the joists and Joist Girders to adequately carry the required loading.
This SE University session will review information from the technical digest, with examples of joists needing to be retrofitted. The discussion will then move to methods and examples evaluating existing open web steel joists and Joist Girders for revised loading conditions. Finally, common options will be presented for modifying these joists and Joist Girders.
- Show an example of joists that can be retrofitted and an example where joists should not be retrofitted.
- Identify the key characteristics of in place joists.
- Demonstrate how to determine who the original manufacturer was and whether they can provide any additional documentation.
- Show how to verify the original design loads and evaluate the joist for the new loads.
- Give several methods and practices to modify existing joists to increase the load carrying capacity.
- Provide details that are commonly used to increase the load carrying capacity of a joist component.
Speaker: Betsy Werra
Handouts and registration emails will be sent to SE University companies on Friday, October 18th.
- Recognize the new enhancements in Revit 2020 & Revit 2020.1.
- Identify how the Revit Core enhancements can be implemented in an everyday workflow.
- Identify improvements for rebar, precast, and steel design in Revit 2020.
Speaker: Emily Guglielmo, SE
This session is one week later than normal due to the 2019 Structural Engineering Summit.
Handout and registration emails for this session will be sent to SE University companies on Friday, November 15th.
This SE University session will focus on wind loads on non-building structures, including equipment, walls, signs, and towers. During the session, Emily Guglielmo, SE, from Martin/Martin, will discuss ASCE 7 wind load provisions for non-building structures and how to correctly apply them through examples. An in-depth exploration for engineering commonly encountered situations that are not directly addressed in the code will follow. Sample topics include wind loads on:
- Rooftop equipment (Horizontal and vertical components)
- Rooftop equipment on buildings less than 60 feet and over 60 feet
- Rooftop screenwalls
- Tall parapets
- Solar PV
- Wind loads on towers, tanks and open structures
- Become more familiar with the ASCE 7 wind provisions for non-building structures.
- Recognize wind loads on non-building structures not specifically addressed in the code.
- Obtain tools to help address these topics in engineering designs.
Speaker: Anthony Fasano, PE
Engineering Management Institute
This session will be one hour.
Handout and registration emails for this session will be sent to SE University companies on Friday, December 6th.
Speaker: Doug Allen, P.E.
Handout and registration emails for this session will be sent to SE University companies on Friday, January 3rd.