IIBEC Online Education

This presentation initially took place at the 2021 Convention in Phoenix, Arizona Architects, engineers, and preservationists have been specifying restoration repairs of stone masonry and cladding for decades. Execution of these repairs has fallen to craftsmen with a range of stone masonry experience with often inadequate or non-existent guidance from the practitioners who often lean on general industry practices. While most professionals will agree on many of the basic design principles for commonly applied repairs, each project has unique parameters that can affect the final repair design and its ultimate service life. This exploration is aimed at design professionals, as well as building owners, managers, and engineers tasked with maintaining buildings constructed of stone masonry or stone cladding. It is intended to summarize best practices for designing and implementing repairs for stone wall systems, as well as to identify the key decision points that influence the type of materials and repair procedures that we use to optimize durability. It will also challenge some commonly held beliefs regarding popular material choices and repair techniques, plus highlight how, in some instances, minor changes in approach can make significant differences in repair performance. This presentation is given at an intermediate level; some prior knowledge of exterior wall systems and stone masonry is recommended. Matthew Farmer, PE Wiss, Janney, Elstner Associates | Tampa, FL Matthew Farmer is a principal investigator on evaluations of buildings and monuments, concentrating his practice in the areas of masonry building enclosure systems’ engineering, design, investigation, analysis, and repair. Projects include institutional and commercial, as well as numerous historic landmarks. Farmer received a bachelor of science in architectural engineering and a bachelor of environmental design from the University of Colorado; and a master of civil engineering from Cornell University. He is a registered professional engineer in Washington, DC, Maryland, and Virginia, plus an active member of ASTM C18 (Dimension Stone), ASTM C27 (Cast Stone), and The Masonry Society. Read more

This presentation initially took place at IIBEC's 2022 International Convention and Trade Show in Orlando, Florida. Flashings are often the most challenging aspect of aluminum window system design and installation on both new and replacement projects. Although the aluminum window system and its performance are often well detailed by the window manufacturer, providing a waterproof transition of the window frame to cladding system interface can be challenging. Metal sill flashings have been used in the construction industry as a supplemental element in window systems (in addition to the manufacturer’s standard sill design). However, inadequate attention to sill flashing detailing can result in water leakage into the exterior enclosure and even into the building interior. Historically, metal sill flashing was often continued into the rough opening of the window, and this method is sometimes still used today. This presentation addresses how going beyond the standardized approach to detailing, and taking into consideration the installers’ sequencing of components during installation, can minimize potential pathways for water intrusion. Rocco C. Romero, AIA, NCARB Wiss, Janney, Elstner Associates Inc. | Seattle, WA Rocco C. Romero is a registered architect and principal with Wiss, Janney, Elstner Associates Inc. (WJE) in Seattle, Wash. He has more than 30 years of experience and has investigated hundreds of building enclosure systems. Romero specializes in water leakage investigations, assessment, diagnostic testing, and repair design and construction document preparation in contemporary and vintage buildings and structures. He provides professional consulting services to owners, architects, and general contractors related to the design, performance, and constructability of new and retrofit building enclosure systems. Romero also provides expert witness and litigation support services on existing buildings. Read more

Exterior Wall Quality Assurance is an 8-hour course for professionals interested in observing exterior wall systems to document whether they are installed in accordance with construction documents. The program covers diverse topics in the construction of exterior walls, including air barriers, vapor retarders, water-resistive barriers, insulation, flashing, concrete, EIFS, masonry, stucco, and terracotta. It is intended for manufacturers, general contractors, quality assurance observers, and field inspectors. 8 IIBEC Continuing Educational Hours Read more

This is the recorded version of live webinar instruction.  This 16-hour course provides basic exterior wall technology and terminology that will be used as the fundamental base for additional exterior wall course offerings. The course covers a broad range of topics, including types and function of exterior walls, psychrometrics and moisture movement, design objectives and building code requirements, wall penetrations, materials, coatings and water repellents, and sealants. This course is aimed at those preparing to expand their knowledge into exterior walls and at those already practicing in this area who want to further develop their knowledge in exterior wall technology. Educational Credits: IIBEC: 16 CEHs | AIA: 16 LUs (including HSW credit) Instructor: Emily Lorenz, PE, IIBEC's Sr. Director of Technical Services Read more

These 5 sessions were originally presented at the 2023 IIBEC International Convention & Trade Show in Houston, Texas.  The courses include the recording of the session, a summative assessment consisting of 10 multiple-choice questions, and surveys required to claim continuing education credit. The bundle includes the following courses:  Prefabricated Wall Panels - Lessons Learned Mid-Century Modern Masonry Mishaps Stucco on an Island not so Far, Far Away Directly Bonded Stucco Failure Investigation Change is in the Air (Barrier!) Basics of Thin Brick Wall Systems Read more

A roof can become incredibly hot in the summer months or in warm climates. This presentation will provide the learner with crucial information regarding the warning signs and symptoms of heat exhaustion/stroke. The presenter will discuss how to curb heat exhaustion/stroke, and when to call 911. Dr. Colbert will also discuss tips and tricks to prevent heat exhaustion and heat stroke.   Dr. Christopher Colbert is a Lieutenant Colonel in the United States Army Reserve and is currently deployed in Honduras where he will be providing this presentation. Christopher Colbert is the assistant program director of the emergency medicine residency at the University of Illinois with specific interest in both academic and social emergency medicine. Dr. Colbert is the chair of continuing medical education for the American College of Osteopathic Emergency Physicians (ACOEP), president elect of the national medical association (NMA), the co-chair of Illinois College of Emergency Physicians (ICEP) spring symposiums, and a Lieutenant Colonel in the United States Army Reserve. Dr. Colbert has provided and moderated lectures nationally and internationally receiving awards for both speaker engagement and contributions to medical education. Dr. Colbert is a frequent medical contributor to WBBM news radio, the Chicago tribune, Forbes magazine, and local Chicago news stations. Read more