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: Betsy Werra
E.L.Werra Consulting, LLC
- Recognize the new enhancements in Revit 2019 & Revit 2019.1.
- Identify how the Revit Core enhancements can be implemented in your everyday workflow.
- Identify improvements for rebar, precast, and steel design in Revit 2019.
Handouts and registration emails will be sent to SE University companies on Friday, October 19th.
Speaker: Don Scott, S.E.
PCS Structural Solutions
This SE University session will review the changes to the ASCE 7 Wind Load Provisions that were adopted in the 2016 edition that is referenced in the 2018 IBC. Some of the changes that have the greatest impact on the design provisions are new Wind Speed Maps used in design, the inclusion of an Elevation Factor, and new Roof Pressure Coefficients. The presentation will explain the background of the new provisions to help engineers understand how and when to use these new provisions in their designs.
After participating this session, the learner will be able to:
- Understand the basis of the new wind speed maps
- Be able to determine the design wind speed at their site using more than one method
- Understand the basis of the changes to the Roof Pressure coefficients for low-rise flat and sloped roofs
- Understand the effect the use of the new Elevation Factor has on their design.
Handouts and registration emails will be sent to SEU companies on Friday, November 9th.
Speaker: John Hooper, S.E.
Magnusson Klemencic Associates
ASCE 7-16 Minimum Design Loads and Associated Criteria for Buildings and Other Structures was recently published and has been adopted by the 2018 International Building Code. ASCE 7-16 includes many technical updates, including numerous important changes to the seismic requirements. This presentation will highlight the important changes to Chapters 11, 12, 16 and 21.
Key changes include update to the soil amplification factors tables, amplification of diaphragm transfer forces, new structural requirements for sites susceptible to liquefaction, updated seismic design values throughout the country, and completely rewritten chapter on nonlinear response history analysis.
Handouts and registration emails will be sent to SEU companies on Friday, December 7th.
Speaker: R. Bradlee Fletcher, S.E.
Trusses are one of the more common uses of Hollow Structural Sections. The joints and the connections of HSS members in trusses can be the cause of confusion during design and unneeded costs during fabrication. This presentation will highlight how to avoid some of the common pitfalls when it comes to designing and detailing HSS truss connections by sharing some simple rules to follow when sizing the truss members and designing the joints and their connections.
Handouts and registration emails will be sent to SEU companies on Friday, January 4th.
Speaker: Matthew Rechtien, P.E., Esq., Senior Assistant City Attorney, City of Ann Arbor
This SE University session will provide participants with an update on ongoing, newsworthy developments in engineering ethics, furnish perspective on the evolution of engineering ethics rules, and review a case study concerning ASCE’s latest ethics rule update.
Handout and registration emails will be sent to SEU companies on Friday, February 8th.
Speakers: Ravi Ozarker, P.E., P.Eng. & Geoff Blumber
It is critical to check for vibration in your structures, as vibration is not just a problem in industrial projects with heavy equipment, but also in commercial and residential projects. In addition to structural failure modes from cyclic loading, there are serviceability failures such as occupant discomfort which must be considered. With modern analysis methods, an ounce of prevention is worth a pound of cure, to avoid the high costs associated with most remediation options. This SE University presentation will provide guidelines on avoiding vibration issues by identifying sources of vibration, pointing out code and serviceability limit states, and discussing vibration analysis in depth. The use of software tools will be covered as well, including how to use your preferred analysis software as a virtual lab to better understand how vibrations affect your structure.
After participating in this session, the learner will be able to:
- Identify three types of vibration.
- Identify two types of vibration sources, and give examples of each.
- Understand the three methods of vibration remediation and how they affect vibration.
Handouts and registration emails will be sent to SEU companies on Friday, March 8th.
Speaker: Betsy Werra
E.L.Werra Consulting, LLC
Revit has improved the functionality of materials throughout the years by adding a new advanced material library with resolution textures, additional controls, and dramatic quality improvements to give a more realistic look to Revit Structure Models.
In this SEU BIM Forum session, Betsy will review material properties, including how they affect your Revit model elements and views, and demonstrate how to create and manage a material library. She will discuss the process to edit, customize, and organize materials, and show how materials are assigned to elements, as well as how the material affects the look of those elements depending on the set graphic display.
- Understand the material properties in Revit 2019
- Identify how the materials affect the Revit model within various views and graphic displays
- Explain how to assign materials to various elements within Revit 2019
Handouts and registration emails will be sent to SE University companies on Friday, March 22nd.
Speaker: Cathleen Jacinto, SE, PE, FORSE Consulting
This SE University session will illustrate the actual behavior and load distribution of a lintel within a wall, to help engineers understand how to design this common element more effectively and efficiently. The session will include information on lintel design including the basics of arch analysis, code requirements specific to lintels, design criteria, and the various options in selecting lintels in masonry walls, and will outline specific assumptions that impact masonry walls and lintels, such as masonry strength and control joint locations.
During this SE University session, attendees will explore how the design of masonry lintels can add significant structural and architectural benefit to the wall that contractors and owners will welcome for crack and corrosion prevention. This presentation will focus on sharing practical design tips, including information on software tools that can be used to more accurately design lintels, and a more in-depth understanding of the behavior of this commonly used structural element, prevalent in many structures today.
- Build knowledge on fundamental features of lintels for masonry walls.
- Acquire insights on the behavior and load distribution of lintels and masonry walls with openings.
- Discover the advantages of modeling masonry walls with finite elements.
- Comprehend practical design tips to achieve high performance masonry lintels.
The Registration email will be sent to SEU Companies on Friday April 5th. The Handouts will be sent by Tuesday, April 9th.
Speaker: Roger A. LaBoube, PhD, PE
Built-up members are common framing members such as boundary studs, trimmer joists, stud packs, and headers. This SE University session will review the applicable AISI S100 and S240 design provisions for built-up compression members and built-up flexural members, and the various design requirements and limit states applicable for creating a cold-formed steel built-up member will be discussed.
- Identify the applicable cold-formed steel design standards for framing members vs. other cold-formed steel applications.
- Identify economical design solutions for cold-formed steel stud packs.
- Develop the ability to design a built-up box-beam that is not specifically enabled by the current cold-formed steel design standards.
Handout and registration emails will be sent to SEU Companies on May 3, 2019
Lori Koch, PE
American Wood Council
- Identify changes in the 2018 NDS.
- Identify wind load increases in ASCE 7-16 that affect wood design and construction.
- Identify new fastener provisions developed to address increased wind loads.
Session Registration and Handout information will be sent on June 7, 2019