ABAA

Designing for Sustainability in Division 8: Architectural Aluminum Framing 1.0 CEU/HSW
2025-04-24 09:00 - 10:00 (America/Detroit)
“Designing for Sustainability in Division 8: Architectural Aluminum Framing” will give attendees an overview of how standard architectural aluminum framing products offered in Division 8: Glass & Glazing can be a key element of a design team’s Leadership in Energy and Environmental Design (LEED)* strategy. Standard components offered in architectural aluminum framing products can be major drivers for potential points in three categories: Energy and Atmosphere; Materials and Resources and Indoor Environmental Quality.
Total building construction costs and LEED strategies do not need to work against each other. A cost effective LEED strategy can be achieved in part by gaining an understanding of the proper application of many standard components and how they are best utilized. For example, improvements in thermal technology, along with higher performing insulated glass units, will increase the thermal performance of glazed elevations and enhance energy optimization. Additionally, proper use of shading devices allows for expanded glass areas, resulting in greater views and harvesting of natural light. Shading of the glazed area permits the use of glass with higher visible light transmission while reducing solar heat gain. And today, commercial windows are offered with triple glazed insulated glass units along with baffles in the aluminum profiles’ cavities to prevent heat transfer through convection. This allows for leveraging Thermal Comfort and Enhanced Indoor Air Quality without sacrificing energy performance.
Learning Objectives:

Understand Differences Between Product Certification and Whole Building Certification
Understand Environmental Product Declarations and Building Product Disclosures
Understand how Framing System Energy Performance Impacts Whole Building Sustainability Performance
Evaluate Strategies for Daylighting, Views, Shading and Sound Transmission and Their Impact on Sustainability Performance

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Sneh Kumar, Kawneer
Sneh Kumar is the Global Director of Sustainability and ESG for Arconic’s Building and Construction Systems (BCS) that includes Kawneer. Sneh is responsible for the development and execution of company’s sustainability & ESG strategy aimed at aiming to accelerating our journey from being a sustainable product manufacturer to a company that holistically cares for our planet and people across the entire value chain. With more than 20 years in the building products industry, Sneh has been involved in the commercialization of over 40 high-performance building facade products and has received multiple patent grants. Sneh has been actively involved with industry associations, architects, and customers; and has served on the Board of the National Fenestration Rating Council (NFRC). He is an invited speaker, presenter, and panelist at National, International, and Regional Conferences.

CMU Lintels & Associated Veneer Lintels 1.0 CEU/HSW
2025-05-01 13:00 - 14:00
CMU Lintels & Associated Veneer Lintels 1.0 CEU/HSW
This seminar will illustrate the many advantages that masonry lintels in CMU walls provide as they are proven as one of the most effective and efficient methods to span a masonry wall opening. Through the use of project case studies, the many benefits that masonry and the associated veneer lintels will be discussed that support efficient and sensible constructability while positively impacting project cost and schedule. Lessons learned will be shared on how loose or attached veneer lintels address moisture control and air control, movement, insulation continuity, and aesthetic issues.
Learning Objectives:

Review advantages of masonry lintels in CMU walls.
Understand how loose or attached veneer lintels work with masonry lintels in CMU walls for moisture, movement, and thermal control.
Explore various opening head detail examples for lessons learned.
Discover how masonry and veneer lentils support efficient and sensible constructability while positively impacting project cost and schedule.

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Jeff Diqui, International Masonry Institute

Mr. Diqui, holds a Bachelor of Science Degree in Architectural Engineering with a major in Structural Engineering from Milwaukee School of Engineering. He has more than 29 years of experience that has been focused on the building enclosure. Experience has included forensic investigations related to moisture intrusion and structural related problems, structural design, building condition assessments, development of repair / rehabilitation designs, and construction observations. For over a decade, Jeff has been a frequent lecturer nationally to architects, engineers, specifiers, building envelope consultants, contractors, and building officials on subject matter pertaining to the importance of maintaining continuity of air, water, vapor, and thermal controls of the enclosure and the ever-important interface detail. Jeff is actively involved with the building science and architectural / engineering professions. He is Program Director for the Building Enclosure Council (BEC) – Chicago Chapter and Technical Roundtable Committee Member of the Construction Specifications Institute (CSI) – Chicago Chapter.

Technical Advances in Structural Insulated Sheathing (SIS) 1.0 CEU/HSW
2025-05-15 13:00 - 14:00
Technical Advances in Structural Insulated Sheathing (SIS) 1.0 CEU/HSW
This course aims to review various hybridized sheathing solutions and show how the integration of advanced technology has improved performance, capability, and sustainability of structural insulated sheathing (SIS).
Learning Objectives:

Identify the characteristics of various hybridized sheathing solutions that contribute to energy efficiency and reducing air loss.
Use SIS systems to assist project teams in meeting green building program goals and requirements.
Relay the benefits of fusion technology versus lamination/gluing.
Identify how fusion-based Magnesium Oxide SIS contributes to sustainability, constructability, and versatility.

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Fred Chacon, Dupont
Fred received his master’s degree in Business Administration from Regis University and has over 19 years in the building industry. His experience includes architectural design, construction, consulting, and training/development roles. As an Architectural Building Envelope Specialist, he works directly with Architects, Contractors, Consultants and Specifiers to select the optimal insulation for their projects while meeting applicable building codes. Fred is an active CSI member in the Denver chapter but also participates in other CSI events across the western half of the US.

Introduction to Spray Polyurethane Foam (SPF) for the Building Enclosure 1.0 CEU/HSW
2025-05-22 13:00 - 14:00
This course provides a complete overview of spray polyurethane foam (SFP) technology and applications for residential and commercial buildings. It covers a brief history, types of products and installation equipment. A review of chemical safety and environmental impact is provided, along with SPF performance for heat, air and moisture control. Examples of residential and commercial applications are provided, with references to compliance with US building codes.
Learning Objectives:

Review of SPF development history and product types and applications for residential and commercial construction.
Discuss health and safety aspects of SPF, including chemical safety, fire safety and environmental impacts.
Define performance of SPF materials in regard to heat, air and moisture control in the building enclosure
Review ICC building code requirements for SPF insulation and roofing systems

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Richard Duncan, Ph.D. Engineering, Professional Engineer (PA)
Technical Consultant, Envelogic
Rick has more than 30 years experience in mechanical, architectural and materials engineering, developing a wide range of building materials and products for the building enclosure. From 2008 to 2024, he serviced as Technical and Executive Director for the Spray Polyurethane Foam Alliance (SPFA). Prior to joining SPFA, Rick served as Global New Product Director for CertainTeed/Saint Gobain Insulation. He has a bachelor of science in mechanical engineering ( U of Maryland) and master of science in Mechanical Engineering (Bucknell), and a PhD in Engineering Science and Mechanics (Penn State). He is a registered professional engineer in Pennsylvania.

ABAA Contractor Webinar: Air Barrier Flashing Detailing
2025-05-28 11:00 - 12:00
ABAA Contractor Webinar: Air Barrier Flashing Detailing
The realities of construction, including construction and substrate material tolerances, an unlimited amount of project-specific detailing, and different product types and manufacturers, will directly affect the installation of air barrier detailing and flashings. How the Designer and Contractor detail and install the flashing must consider the realities of construction and product detailing.
We will review the many aspects of construction, what to account for when detailing and installing flashings, and understand why specific details are needed. Understanding what to account for will provide better design, documentation, estimating, and installation.
HSW Justification:
The health and welfare of the building and its occupants will depend partly on correctly estimating and installing air barrier details.
Learning Objectives:

Identify typical areas of concern about the design and installation constructability and coordination between all the trades and adjacent building components.
Discuss the need for a mock-up and apply testing to the mock-up to confirm assumptions in sequence.
Create a sequence and action plan for detailing and materials.
Learn how to prevent constructability/compatibility issues before construction.

Presented by: Corey Zussman
QAQC Vice President – AECOM Hunt

Tales from the Clipboard: Season 2 1.0 CEU/HSW
2025-05-29 13:00 - 14:00
Have you been a participant to a flawed decision in air barrier design and building enclosure improvements? These “gifts” or lessons grow the collective base of functional air barrier retrofit processes and procedures…providing we share our findings. It is from these moments that we are able to grow and utilize building science principles to avoid significant building degradation and functional installation processes. Let’s share the information so others do not have to make the same mistakes and frustrations. We do have to be on the edge in order to move forward. It shows us what is possible. Without these small steps forward we are stuck at idle. Everyone has to learn each of their own lessons, but if we can help someone avoid the same mistakes, they can then learn their own lessons to share with others while avoiding costly mistakes. This is a continued excerpt from some of the discovered failings from 20 years of energy audits, and air barrier inspections.
Learning Objectives:

Understanding high pressure flows towards low pressure
Explain why liquid applied membranes need to be applied at design temperatures
Explain what will happen if an air barrier and thermal barrier is poorly defined in steel stud construction.
Describe basics of a large building blower door test and what could happen if not prepared.

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Torrance Kramer, CEM®, BECxP, BPI® BA MF, LEED® AP President, Accurate-Airtight Exteriors
Torrance Kramer is a Certified Energy Manager and is passionate about reducing energy cost and increasing building integrity for his clients. He has completed thousands of comprehensive energy audits on all types of buildings over the last 20 years. Through this it became evident that there was a lack of understanding in the field of building envelope integrity. This led Torrance to focus on specializing in air barrier testing, repairs, and general envelope commissioning for the last 15+ years. For the last 10 years, he has managed and operated Accurate-Airtight Exteriors which provides consulting, training, testing, and repairs of building air and thermal barriers.

Designing Wall Systems for Specific Climate Zones 1.0 CEU/HSW
2025-06-05 13:00 - 14:00
Copying and pasting a wall or roof assembly that works in one part of our country into a project in another part of the country could be not just problematic, but potentially catastrophic. This presentation will use data and hygrothermal modeling to articulate what happens when tried and true assemblies from one part of the country get moved to a very different climate. More importantly, we’ll cover strategies to mitigate these issues. While many may be familiar with a Class I Vapor Retarder (“vapor barrier”) in the wrong part of an assembly, we’ll also cover the impacts of insulation type, the overreaction to perm ratings, light-colored roofing membranes, and reservoir claddings such as stucco and unit masonry.
Learning Objectives:

Learn climate-specific design strategies for durable construction.
Learn to avoid common mistakes that can lead to mold, rot, mildew, corrosion and decay.
Understand how hygrothermal modeling can be used in the design process to ensure durability.
Learn how material properties (permeability, heat capacity, density, conductivity, and porosity) impact wall assemblies.

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John Posenecker, P.E.
Senior Principal and Regional Facilities Manager, Terracon Consultants, Inc.
Mr. Posenecker joined Terracon in March of 2015 and is a registered mechanical engineer. He is a Board Member and Technical Committee Co-Chair for the Air Barrier Association of America (ABAA) and is on the Building Enclosure Council (BEC) National Board. His experience includes the design, construction, testing and forensic investigation of building envelope systems. Mr. Posenecker has participated in a wide variety of projects associated with enclosures that include containment systems for commercial nuclear power plants; noise control systems for commercial and institutional projects; and waterproofing systems for wide variety of commercial high-rise and low-rise buildings.

Introduction to Air Barriers 1.0 CEU/HSW
2025-06-12 13:00 - 14:00
Introduction to Air Barriers
This presentation provides an overview of the performance requirements of air barrier materials, assemblies, and systems, and includes a discussion on relevant building code requirements.
Learning Objectives:

Describe the benefits or air barriers and the impacts on energy, moisture, sustainability and comfort
Understand Air Barriers in relation to the building enclosure
List performance requirements of Air Barrier materials, assemblies and systems
Understand building code requirements and gain knowledge in market forces driving energy efficient buildings.

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Ryan Dalgleish, COO, ABAA
Ryan has been involved in the building envelope and building performance areas of construction in both the commercial and residential sectors for over 20 years.
Ryan is a trainer and facilitator, as well as having performed a number of management roles for over 2 decades. He is also actively involved in research, training development and delivery, certification management and helping industries increase their professionalism. Ryan acts in the position of Chief Operating Officer for the Air Barrier Association of America.
Ryan obtained credentials in Adult Education, Leadership and Organizational Excellence from the University of Manitoba and has been mentored and trained by some of the best building scientists in the world. Ryan is a certified Net Zero building instructor, teaches master builder courses to builders across the country and is a frequent speaker at various technical presentations dealing with the building enclosures to various building official associations, city departments, and chapters of the Building Enclosure Councils, American Institute of Architects, Construction Specifications Institute and a number of local home builder associations.

Smokin' NFPA 285: Fire Safety in Exterior Walls 1.0 CEU/HSW
2025-06-19 13:00 - 14:00
Smokin’ NFPA 285: Fire Safety in Exterior Walls
When considering the building enclosure, fire safety is an important design factor and needs to be considered hand-in-hand with energy code requirements. The NFPA 285 “Standard Fire Test Method for Evaluation of Fire Propagation Characteristics of Exterior Non-Load-Bearing Wall Assemblies Containing Combustible Components” is a common consideration with modern building assemblies that use combustible materials. This presentation will review the history and scope of the NFPA 285 test standard, and its adoption within the International Building Code (IBC). It will outline the criteria for compliance, as well as identify triggers and contributors under the standard. The presentation will review how the selection building components such as insulation, air/water resistive barriers and claddings, can affect the fire performance of an assembly, and identify solutions and common paths for compliance.
Learning Objectives:

Discuss the importance of fire and safety design considerations as it relates to the building enclosure
Discuss the history, scope and testing procedure outlined in the NFPA 285 test standard
Understand the requirements of NFPA 285 compliant assemblies and the implications of building materials selection
Identify passive design solutions to achieve compliance and resources available with compliant designs

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Keith Nelson, Commercial Application Leader and Fire Performance SME, DuPont
Keith P. Nelson joined DuPont in January 2023 with over 20 years of industry experience leading building enclosure consulting for design and construction projects across the US and internationally. He is a licensed Architect in multiple states and joined DuPont with strong experiences in building science, building enclosure forensics, enclosure commissioning, field performance testing, and is an industry leader in NFPA 285 compliance education. Keith leads and participates in multiple standard development organizations, including ICC 1125, ASHRAE 90.1, ASTM E06, and ASTM E05 and was elected to the ABAA Board of Directors in June 2024. He holds a Bachelor of Science in Architecture and a Bachelor of Science in Environmental Design from Ball State University in Muncie, Indiana.

ABAA Contractor Webinar: A Little Light Reading: A Contractor’s Guide to Specifications
2025-06-25 11:00 - 12:00
ABAA Contractor Webinar: A Little Light Reading: A Contractor’s Guide to Specifications
We are excited to invite you to an exclusive webinar presented by Amy Baker, a seasoned Registered Architect and Specifications Consultant with over 20 years of experience in the commercial construction industry.
Construction specifications are assembled by design professionals to communicate product information, qualitative standards, and procedural requirements to the construction team. The resulting project manual, a contract document which can be several hundreds of pages long, takes time to break down and understand.
This presentation is designed to help contractors effectively navigate construction specifications and understand where to find specific information on processes, materials, and quality expectations.
Learning Objectives:

Terminology & Navigation: Master the basic terminology used in specifications and discover where to find crucial information.
Quality Air Barrier Installations: Learn how specifications communicate ABAA QAP requirements and procedures for whole building air tightness testing.
Requesting Clarifications: Understand the proper procedures for requesting clarification when drawings or specifications are unclear or conflicting.
Coordination Across Trades: Identify key specification language that requires coordination between trades and understand its implications for your work.

Unforeseen Impacts of Building Modifications to Envelope Assemblies 1.0 CEU/HSW
2025-06-26 13:00 - 14:00
Unforeseen Impacts of Building Modifications to Envelope Assemblies
This presentation involves case studies involving renovations, additions, and changes of use to buildings which resulted in building envelope failures. Project examples will demonstrate how interior renovations and changes of use and occupancy can negatively affect envelope assemblies, and how risk can be minimized with proper design solutions, as well as making sure the end-user is aware of how their interior environmental requirements will affect the building they have decided to occupy. One case study involves a manufacturing facility that was constructed with a low sloped single-ply membrane roofing system. An expansion to the building and changes to its interior environments required elevated internal humidity levels with frequent air exchange rates. These modifications caused the assembly’s structural attachment to the roof deck and parapet walls to fail, increasing the risk of a blow-off which would have halted its production output and affected its financial bottom line. Additional case studies provide examples of how increases in interior vapor drive negatively affected other similar roofing assemblies, as well as opaque wall and glazing assemblies due to excessive condensation and deterioration of their system components. Analyses of these buildings were performed, identifying significant hygrothermal issues which initiated complex designs to repair the observed damage and deterioration.
Learning Objectives:

Recognizing during design how an exterior envelope system will perform after a building’s use and/or occupancy will be altered during a renovation or addition project.
Why continuous air and vapor control layers within roofing and wall assemblies are necessary to protect their various components, increase the lifespan of the assemblies, and benefit the overall well-being of a building’s users.
Selecting proper glazing systems, roofing membranes, air and/or vapor barriers, and insulation components, and the importance of transition details from the roof to the wall to maintain the continuity of these barrier systems for protecting the building from both water infiltration and vapor drive.
How hygrothermal analysis methods can be used to diagnose the negative effects of uncontrolled vapor drive, as well as inform design solutions for repairs.

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Michael Schulz, AIA, Associate, Martin/Martin Consulting Engineers, Inc
Michael Schulz is a licensed architect with 26 years of experience who has worked on a diverse spectrum of projects, from corporate interiors to buildings to bridges. Michael joined Martin/Martin’s Investigative Group in 2012 to focus on the design, repairs, and rehabilitation of building envelope systems. He has led multiple projects involving waterproofing repairs, façade re-cladding, and re-roofing designs in response to failure investigations, and applies the knowledge gained from these experiences to consult with designers on their new construction projects by performing peer reviews, hygrothermal analysis, and design-assist services. Michael also has experience performing infrared thermography, providing third-party quality assurance testing, and is the current Chair of the Colorado Building Enclosure Council (COBEC).

Addressing Condensation in Low-Slope Roof Assemblies 1.0 CEU/HSW
2025-07-03 13:00 - 14:00
Addressing Condensation in Low-Slope Roof Assemblies
In basic roofing design, vapor retarders and air barriers play a crucial role in reducing air leakage and enhancing the performance of the roof system. However, their benefits extend beyond simple air sealing. This course explores the impact of new innovative technologies, including permeable vapor retarders and air barriers, on moisture management, energy efficiency, and wind uplift resistance in low-slope roofing assemblies. Attendees will gain insights into moisture infiltration, air movement, and the risks associated with condensation buildup, material degradation, and loss of R-value in the roofing assembly. The presentation will cover strategies for the proper design and placement of a permeable vapor retarder to mitigate condensation buildup and premature roof failures. Recent research findings will highlight how advanced moisture control solutions, such as permeable vapor retarders, enhance long-term roof resiliency and durability, lowering the total cost of ownership.
Learning Objectives:

Understand the function of vapor retarders, permeable vapor retarders, and the main component layers in low-slope roof assemblies.
Examine vapor drive and how moisture vapor moves through roofing systems.
Assess the impact of permeable vapor retarders and air barriers on condensation buildup, thermal performance, and wind uplift resistance.
Identify common misconceptions about air and moisture control layers and how to effectively mitigate moisture-related roof assembly failures.

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Scott Wood, Senior Building Scientist, VaproShield
Scott D. Wood is the Senior Building Scientist with the VaproShield team. He provides lab testing and evaluations on competitor and VaproShield’s products including investigation/testing of properties for new product development and quality control. Mr. Wood provides technical support for the company’s representatives, client inquires and assists in development – updating product literature, AIA presentations and numerous publications. Scott has provided decades of building science thermography level I & II certifications to thousands and numerous construction defect investigations. His extensive background in building science has supported the many excellent presentations and papers he has provided domestically and internationally.

Sustainable Building Envelope Performance with Self-Sealing Fasteners & Anchors 1.0 CEU/HSW
2025-07-10 13:00 - 14:00
Sustainable Building Envelope Performance with Self-Sealing Fasteners & Anchors
1.0 IIBEC credit and 1.0 GBCI credit
Sustainable building envelopes demand high performance from and proper installation of continuous insulation and air, water, and vapor control layers. What happens when thousands of holes are made in these materials as they are installed with blind fasteners, one layer on top of another by different subcontractors? Sequencing issues can generally not be avoided; instead, this course focuses on self-sealing fasteners as a solution to avoid damage and thermal bridging in insulation and control layers. Various fasteners and anchors are described, and recommendations are presented for how to specify and what testing data to look for.
Learning Objectives:

Describe the functions of a wall and the air, water, vapor, and thermal control layers that are essential to sustainable, energy-efficient buildings without excessive moisture penetration.
Explain how fastener penetrations can cause damage and permit air and water leaks through control layers, resulting in diminished moisture management and energy efficiency of the building envelope.
Select fasteners and anchors capable of self-sealing to manage moisture, increase energy efficiency, and ensure sustainable thermal performance of the building envelope.
Discuss strategies to easily specify fasteners and anchors tested in complete wall assemblies, including cladding attachment solutions to ensure sustainable long-term building envelope performance.

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Jason Wigboldy, Director of Business Development, Trufast & SPAX, Altenloh, Brinck & Co. US Inc
For over 24 years, Jason Wigboldy has led innovation and business development at TRUFAST Walls (formerly Rodenhouse Inc. prior to acquisition by Altenloh, Brinck, & Co. US). He grew up swinging a hammer and driving screws on commercial and residential jobsites in the Northwest and now applies his real-world experience along with a deep scientific understanding of the building envelope to innovate attachment solutions that address not only structural but also water and air penetration and thermal bridging. He is passionate about sustainable design and construction and has published editorial content on the topic in various trade publications throughout his career. Jason greatly enjoys collaborating with other thought leaders in the industry to develop simple but effective solutions that advance the industry toward true sustainability.

Path to Net Zero: Beyond Handing Over the Keys 1.0 CEU/HSW
2025-07-17 13:00 - 14:00
Path to Net Zero: Beyond Handing Over the Keys
Net Zero is not a pass/fail scenario. We are designing our buildings to be able to make a net positive outcome, but if the true operational impacts are not baked into the design are these buildings being set up for failure? Do we have the opportunity to fine tune the operations and set points through partnerships to meet the design intent or is it too late? What if we can time travel back to the beginning and include key stakeholders in the goal setting? This session will present real world net zero design project examples pass and fail scenarios. The lessons learned, optimized process, and importance of communication. We will review why projects are not meeting their net zero objectives and what we can do to course correct. We will review the examples of successful delivery process and the players roles to make this project a success. This team will present post occupancy solutions like Whole Building Airtightness, deep data analysis, and predictive modeling solutions. The team will express the value of the Owners Project Requirements and demonstrate how key facility operators are to ensure net zero goals are met.
Learning Objectives:

Explore the challenges of pursuing Net Zero and how a well-designed building does not always operate as expected.
Discuss real-world examples of a Net Zero Energy designed project.
Investigate how to assess and refine strategies for post-occupancy performance.
Describe lessons learned from Net Zero challenges to help plan future building design and operation protocols.

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Adam Ugliuzza, Director of Building Enclosures, Sustainable Building Partners, LLC Adam brings 16 years of engineering experience focusing on building science and the building enclosure construction industry. Discipline expertise includes building enclosure consulting and commissioning services for new and existing construction, in addition to forensic investigations to determine root cause of building performance issues. He also brings industry leading expertise in large building whole building airtightness testing, which is at the forefront of high-performance building construction. Adam continues to work on projects across the United States and abroad providing professional building enclosure consultation in both the residential and commercial space for all types of construction, ranging from multi-family wood/timber framed buildings to high performance institutional/healthcare facilities to high-rise construction. Through this experience, Adam brings a unique approach to building enclosure consulting and testing, concentrating on enclosure interface coordination in design and construction phases of the project that overlays a holistic approach, critical to achieving high performance building construction; the goal to help ensure all the materials, systems, and assemblies are properly connected to provide continuous environmental control. His extensive testing knowledge allows him to be deliberate and methodical in his approach to interweaving functional testing to verify performance. Adam is also active in many industry associations including Air Barrier Association of America (ABAA), Passive House Institute US (PHIUS), Construction Owners Association of America (COAA), United States Green Building Council (USGBC), etc. and has co-authored numerous technical papers, guidelines and standards.

Justin Aruck, Director of Building Performance, Sustainable Building Partners, LLC Justin Aruck joined Sustainable Building Partners as Director of Building Performance in August of 2010. SBP is a full service energy efficiency and sustainable consulting firm serving the commercial and residential markets. Mr. Aruck has been in the energy efficiency consulting business for over twelve years. He is responsible for developing and overseeing work related to building energy efficiency and performance with an emphasis on energy modeling solutions. Justin is also involved in audit projects (ASHRAE Level I and III), building commissioning, utility/government incentive and/or rebate programs, and educational programs. Justin holds credentials including ASHRAE Building Energy Modeling Professional, AEE Certified Energy Manager, BPI Multifamily Analyst, LEED-AP BD+C, LEED Homes Green Rater. Justin is a member USGBC National Capital Chapter, an Associate Member of the American Society and Heating, Refrigeration and Air Conditioning Engineers, and the USA chapter of the International Building Performance Simulation Association.

NIST Clearing House for Infiltration Modeling Purposes (CHIMP) 1.0 CEU/HSW
2025-07-24 13:00 - 14:00
NIST Clearing House for Infiltration Modeling Purposes (CHIMP)
Infiltration is the unintended and uncontrolled air leaking into a building through intentional and unintentional openings. While infiltration has been used to fulfill outdoor air requirements in buildings, it is not generally accepted as a “best practice” anymore. But how much infiltration can you expect in a building? Empirical models for infiltration are available but they were developed for low-rise residential buildings. This presentation will present novel ways of modeling infiltration in commercial buildings and the implications on energy use. CHIMP is the Clearing House for Infiltration Modeling Purposes, which provides a central resource where users can obtain information, data, and tools to facilitate the modeling of infiltration in a variety of analysis tools (e.g., CONTAM, EnergyPlus, etc). Since 2012, NIST has been developing models, datasets, and tools for estimating the effects of infiltration on heating, ventilating, and air-conditioning (HVAC) related energy use. CHIMP is the one-stop shop for your infiltration modeling needs and is updated when new work is released.
Learning Objectives:

Understand what infiltration is
Understand the benefits of modeling infiltration properly
Understand where to find infiltration modeling tools
Understand how to incorporate novel infiltration modeling methods into your workflow

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Lisa Ng, PhD, Acting Division Chief, National Institute of Standards and Technology (NIST)
Dr. Lisa Ng is the Group Leader of the Indoor Air Quality and Ventilation Group at NIST and has over 13 years of experience in research in airflow and indoor air quality performance in buildings. Her work is focused on airflow and indoor air quality performance in buildings, with a focus on low energy buildings as well as energy efficiency design and operation strategies in general. She is active in the development of strategies for incorporating more accurate infiltration estimates in building energy models and the application of multizone airflow and indoor air quality (IAQ) models to a range of building performance issues. Lisa is an active member of ASHRAE and IBPSA, and has collaborated with the ABAA Research Committee on projects related to infiltration modeling and quantifying the impacts of improved airtightness on commercial and residential buildings.

Case Study on ICF Panel Waterproofing Failures 1.0 CEU/HSW
2025-07-31 13:00 - 14:00
Case Study on ICF Panel Waterproofing Failures
This is a case study on Construction Defects in a $1.3 million new home built with insulated concrete forms (aka ICF panels). ICF is becoming increasingly popular for custom homes and DIYers, but many details are hard to find, and many trades are unfamiliar with their unique requirements. In this session, we will walk you through the process from the first leak detection and all the way to litigation. We will describe our non-destructive testing, including leak detection, mold testing, blower door testing, infrared thermography and, my favorite part, destructive testing. The general contractor was new to building with ICF panels and made one major mistake: assuming they were effectively airtight and watertight. The significant defects included poorly installed foundation waterproofing, failure to flash the window/door rough openings, failure to install through-wall flashings and discontinuity between the roof and wall flashings. Generally, they failed to create a continuous exterior air and water barrier system at every opportunity. We will discuss the pros and cons of ICF construction and identify the necessary waterproofing and flashing requirements. We will also discuss the conflicts between the ICF requirements and those of other trades, including carpentry, masonry, windows, and roofing. We will review the necessary scope required to remediate the defects to give the homeowners a safe and dry home. We will then touch on our steps to prepare for a difficult litigation process.
Learning Objectives:

Explain key design and construction principles of insulated concrete form (ICF) assemblies.
Identify effective waterproofing methods for ICF foundations.
Describe proper flashing techniques for window and door openings in ICF walls.
Summarize testing, documentation, and reporting processes used to investigate and support claims involving construction defects.

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Michael Williams, RRC, RWC, RRO, RPA, RCIF, CCMI, BECxP, CxA+BE, CIT 1, President, Building Envelope Consulting
Michael Williams hand-nailed his first shingle roof in the summer of 1980 (when Jimmy Carter was still president) and has been in the roofing, waterproofing and building enclosure business ever since. He started his own roofing company in Nebraska in 1992, specializing in the installation of standing seam and architectural metal products. Michael sold his company and moved to the Washington DC area in 2000 and became a roofing and waterproofing consultant for a local engineering firm and over the next decade became an expert at built up and single ply roofing, exterior walls, plaza decks, coatings, flashing, air barriers, doors and windows. He established Building Envelope Consulting, LLC, in 2010.

Building Enclosure Commissioning (BECx) 1.0 CEU/HSW
2025-08-07 13:00 - 14:00
Building Enclosure Commissioning (BECx)
As the construction industry evolves, Building Envelope Commissioning (BECx) is emerging as a crucial practice that building owners increasingly recognize for its value across new construction, retrofits, and existing buildings. With rising expectations for weathertightness and energy efficiency, the role of the building envelope in overall performance, operational costs, and occupant wellbeing has never been more critical. In this session, we will explore the foundations of BECx, which adapts the commissioning processes traditionally applied to MEP (Mechanical, Electrical, and Plumbing) systems, extending those principles to the building enclosure. Attendees will gain insights into the current state of BECx standards, certifications, and execution practices, which are rapidly evolving. This discussion will address the benefits of integrating BECx into the project to enhance building performance and meet modern energy demands. We will also highlight case studies showcasing successful BECx implementation, emphasizing the benefits of this proactive approach. Join us to deepen your understanding of BECx and equip yourself with the basic knowledge needed for implementation, ensuring your projects not only meet but exceed the growing expectations of building owners and occupants alike.
Learning Objectives:

Become familiar with the history, goals, and benefits of BECx
Explore existing BECx standards and references
Be able to identify BECx acronyms and discuss the role of those tasks
Review the importance of following a disciplined process

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Charlie O’Connor, IIBEC CBECxP, President, Advanced Enclosure Consulting
Charlie O’Connor holds a Bachelor’s in Civil Engineering and a Masters in Construction Management. He worked in project management in the curtainwall industry for 13 years prior to establishing Advanced Enclosure Consulting in 2012. Since then AEC has provided consulting and testing services for building envelope systems at airport terminals, hotels, multi-family, federal courthouses, education facilities, manufacturing plants, office towers, and secured federal facilities. Charlie is certified by the International Institute of Building Enclosure Consultants as a Certified Building Enclosure Commissioning Provider (CBECxP). He also holds an ASHRAE Building Commissioning Professional (BCxP) certification.

Development of Non-Destructive /Non-Invasive Techniques for Assessing Building Envelope Performance: Air Leakage & High Moisture 1.0 CEU/HSW
2025-08-14 13:00 - 14:00
Development of Non-Destructive /Non-Invasive Techniques for Assessing Building Envelope Performance: Air Leakage & High Moisture
Assessing the performance of building envelopes is becoming more important, especially when retrofitting existing buildings. Using non-destructive methods for these assessments is ideal because they are usually quicker and cheaper than destructive means. In this presentation we will discuss available non-destructive and non-invasive technologies for assessing the building envelope and then describe two novel techniques being developed at the Oak Ridge National Laboratory. The first is an application of background oriented Schlieren photography to enable visualization and even measurement of air flow from leakage points in the building envelope. The second technology uses radar to look inside the building envelope to measure the moisture content of wood sheathing, a critical layer when assessing the envelopes moisture durability. For each of these technologies we will explain how they work and our progress in developing them for eventual commercialization.
Learning Objectives:

Describe widely used non-destructive testing techniques to assess the building envelope.
Discuss why locating and sealing air leakage in building is important.
Explain how cameras can be used to see air leakage.
Explain how radar can be used to measure moisture content.

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Philip Boudreaux, R&D Staff, Oak Ridge National Laboratory
Philip Boudreaux is an R & D associate staff member in the Building Envelope Materials Research Group at Oak Ridge National Laboratory. His training and early career experience is in physics and optics and since 2008 has been working in the building research area. Over the past few years he has been able to apply his past optics expertise to buildings. He is working on non-intrusive testing techniques so that building performance assessment can be done easier, quicker, and cheaper. This will better enable building retrofits that save energy and decrease emissions.

Sealing Joints in the Building Envelope 1.0 CEU/HSW
2025-08-21 13:00 - 14:00
Sealing Joints in the Building Envelope
Joint failure is one of the most common—and costly—causes of moisture intrusion in buildings. This seminar addresses the often-overlooked disconnect between architects selecting joint sealants and engineers calculating joint movement. When the selected sealant’s movement capability isn’t aligned with actual joint movement, failure is inevitable. In Sealing the Building Envelope, participants will gain practical insight into common design oversights and how to avoid them. The program explores: *Why buildings leak: Forces behind moisture ingress and vulnerable locations in the building envelope *Joint types and common design pitfalls: From structural expansion joints to cladding interfaces *Sealant technologies: A comparison of traditional and innovative joint sealant solutions *Design versatility and performance metrics: Covering fire ratings, acoustics, thermal values, and more *Installation best practices: Including quality management strategies and the use of checklists
Learning Objectives:

Analyze how watertight, energy efficient, fire-rated expansion joints are the consequence of a process in which we: Design, Detail, Specify, Bid, Erect, Manufacture, & Install in 3-D.
Become familiar with product technologies and how to apply them.
Understand why it is critical to require certified performance reports in your specification.
Know that your next building can be a watertight structure.

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Glenn Leondike, Regional Sales Manager, Emseal Joint Systems
Glenn Leondike has accumulated over 13 years of valuable experience in the construction industry, specializing in waterproofing solutions. Prior to his tenure at EMSEAL Joint Systems, where he has excelled for over a decade, Glenn served as a waterproofing estimator at Chamberlain Roofing and Waterproofing. His extensive background in both technical expertise and project management has contributed significantly to the success of various construction projects throughout his career.

IFAD - Air Barrier Flashing Details 1.0 CEU/HSW
2025-08-26 10:00 - 10:50
Air Barrier Flashing Details
The realities of construction, including construction and substrate material tolerances, an unlimited amount of project-specific detailing, and different product types and manufacturers, will directly affect the installation of air barrier detailing and flashings. How the Designer and Contractor detail and install the flashing must consider the realities of construction and product detailing. We will review the many aspects of construction, what to account for when detailing and installing flashings, and understand why specific details are needed. Understanding what to account for will provide better design, documentation, estimating, and installation.
Learning Objectives:

Identify typical areas of concern about the design and installation constructability and coordination between all the trades and adjacent building components.
Discuss the need for a mock-up and apply testing to the mock-up to confirm assumptions in sequence.
Create a sequence and action plan for detailing and materials
Learn how to prevent constructability/compatibility issues before construction.

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Corey Zussman, AIA, NCARB, ALA (IL, IN, WI), RBEC, RRC, REWC, RWC, RRO, CABS, CCQM, CDT, CQM, CxA+BE, BECxP, LEED AP BD+C, Level II Thermographer, QA/QC Vice President, AECOM Hunt Construction
As a forensic architect registered in several states, Corey Zussman has practiced in the construction industry for over 30 years. He specializes in the building envelope, restoration, preservation, life safety, and interior finishes. While working on over 2000 projects, Corey conducts constructability reviews, pre-installation meetings, comprehensive envelope meetings, and construction observations. He has also become known for providing educational opportunities throughout the industry and has produced more than 200 “lessons learned” papers. Topics include building envelope and life safety concerns, enabling Corey to proactively address issues during design review, pre-construction, and construction. In addition, he has over 15 industry articles about building envelope and life safety topics. He is also a frequent presenter at local and national conferences and associations with over 50 AIA accredited presentations.

IFAD - Flashing 101 1.0 CEU/HSW
2025-08-26 11:00 - 11:50
Flashings 101
This presentation will cover a detailed explanation of various types of flashings used in buildings, including the challenges and solutions facing through wall flashings. It will include a thorough description of the characteristics of several types of membranes, emphasize the importance of compatibility, and review proper installation techniques.
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Meagan Elfert, CDT, MBA, CBS, Vice President, York Flashings
With over a decade of dedicated service at York Flashings, Meagan Elfert, CDT, MBA, CBS currently serves as Vice President, bringing strategic leadership and a results-driven approach to York. She manages York’s sales team across all regions of the USA, ensuring that York remains a leader in the building products industry and reinforcing York’s reputation for quality and innovation. Meagan gives presentations on flashing and transition compatibility, sustainability, and performance to the AEC community across the country. She also provides educational sessions for contractors and performs job site visits to bring installers the latest technology and best flashing practices.

IFAD - The Big Disconnect: Roof to Wall Connections for your Air Barrier 1.0 CEU/HSW
2025-08-26 12:00 - 12:50
The Big Disconnect: Roof to Wall Connections for your Air Barrier
As more states, jurisdictions and the design community require air barriers, the issue of connecting the wall air barrier assembly to other building assemblies, such as below grade, window systems and roofs need to be completely understood in order to design and construct a functioning building enclosure. One of the most often missed or not well executed details is the connection between the wall air barrier and roof assembly. With a myriad of roof systems, wall configurations and the growing number of wall air barrier products, it can be difficult to navigate the process in regards to what systems work best with each other and the chemical compatibility of these systems. This presentation will focus on things to consider from a design standpoint, along with practical approaches to ensuring a robust connection is constructed and executed.
Learning Objectives:

Understand why the roof/wall air barrier intersection is critical to building performance in regards to moisture management and air leakage control and common design and field errors
Become aware of compatibility issues related to wall and roof air barrier components for the myriad of air barrier and roofing assemblies that exist on the market today
Identify pre-construction coordination items to review and allocation of responsibilities to sub-trades for proper execution of connection
Review requirements for detailing the roof/wall interface and the sequence of construction for most common roof/wall air barrier connections

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Melissa Payne, BECxP, CxA+BE, CDT
Melissa I. Payne focuses on offering building enclosure third-party services. She founded Midwest Enclosure Consulting in September 2022 to offer owners, design, and construction teams expertise in building science, building envelope solutions, forensic investigations, as well as building performance assessments and construction onsite inspections.
Ms. Payne joined Tremco CPG Inc. on November 1, 2018, as a Construction Management Specialist. She then managed the Enclosure System Solutions Team and administered the MyTEAM Leak-Free Warranty Processes and Services till April 25, 2023, at which time the company decided these services would no longer be offered under Tremco CPG, Inc.
Prior to joining Tremco, she provided building enclosure commissioning and consulting service and conducted forensic investigations on a multitude of projects while at Miller Engineering, P.C. Prior to developing and heading the building enclosure division at Miller, she served as the Owner’s Representative on both capital and non-cap construction and restoration projects for City Utilities of Springfield, Missouri, a municipal utility company.
Ms. Payne possesses a strong foundation in industry standards related to building envelope commissioning processes, commissioning authority, building science, construction observation, performance testing, project management, and general construction of building envelope systems, including institutional, schools, higher education, government, healthcare,
hospitality, and industrial projects. Her owner representative, third-party consulting experience, forensic work, commissioning provider background, and manufacturer internal consultant involvement give her an all-enveloping perspective of the design and construction industry. Currently, she works with owners, architects, engineers, designers, construction managers/general contractors, and enclosure trades to promote the integrity and performance of building enclosures. She is known for bringing collaboration to the design and construction process. She focuses on bridging the gap in design and construction with design review services, development of project-specific details, construction observation, and documentation, and focuses on mitigating risks as they relate to the design and construction of the building enclosure system.

IFAD - Masonry Thru-Wall Flashing & Key Interface Details 1.0 CEU/HSW
2025-08-26 13:00 - 13:50
Masonry Thru-Wall Flashing & Key Interface Details
Explore the continuity of water and air control layers in relation to masonry thru-wall flashing at critical interface details, including: base-of-wall, window sill, openings heads, shelf angle, veneer material transitions, and top-of-wall.
Learning Objectives:

Understand masonry thru-wall flashing function and options
Realize how masonry thru-wall flashing coordinates with water and air control layers
Gain insights into common installation practices with jobsite photography
Develop an appreciation for thorough architectural details at key interface details in exterior wall assemblies

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Pat Conway, AIA, Director, Industry Development & Technical Services, International Masonry Institute

Mr. Conway is a registered architect in Wisconsin and has been a masonry consultant for the past 28-years. He is an active member of the American Institute of Architects (AIA) and the Construction Specifications Institute (CSI), Director of IMI’s internal Masonry Technical Team, distinguished masonry speaker and author.

IFAD - Failure is Not an Option: Air Barrier Continuity Strategies for Storefront and Curtain Wall Systems 1.5 CEU/HSW
2025-08-26 14:00 - 15:30
Failure is Not an Option: Air Barrier Continuity Strategies for Storefront and Curtain Wall Systems
Critical details that typically cause building performance-related issues will be focused on one of the largest failures of building enclosures: wall-to-window connections specific to curtain wall systems and storefronts. A step-by-step look at each critical detail regarding the sequence of construction and the various connections to ensure airtight/watertight and thermally protected details. Real-life photos and job conditions will highlight the realities of the construction process to show typical errors found and how those errors can be addressed correctly.
Learning Objectives:

Assess how site quality assurance audits, field observation, and site quality control fit into overall quality assurance and risk management strategy.
Determine the responsibilities of all building enclosure stakeholders to coordinate and execute a plan for a quality installation.
Identify typical issues found in the installation process and what caused these for a variety of air barrier systems by visual inspection.
Using job site photos; demonstrate the physical testing that can be done on a variety of air barrier systems.

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Andrew Dunlap, AIA, NCARB, LEED AP, Senior Principal | Building Technology Studio Leader, SmithGroup

Beyond the Sill Seal: A Modern Approach to Air Barriers for Long-Lasting Building Enclosures 1.0 CEU/HSW
2025-09-04 13:00 - 14:00
Beyond the Sill Seal: A Modern Approach to Air Barriers for Long-Lasting Building Enclosures
The effectiveness of air barriers in building enclosures is critical for energy efficiency, comfort, and indoor air quality. Traditional gasketing materials, such as sill seals, have long been utilized to manage air infiltration. However, these materials often fall short in meeting modern standards for airtightness and durability, leading to issues with thermal performance and moisture control over time. This presentation will introduce emerging professionals to advanced air barrier systems, highlighting why foundational knowledge in these systems is essential for resilient building design. This session will examine the limitations of traditional gasketing in creating reliable air barriers and will guide attendees through a foundational overview of air barrier materials, assemblies, and testing requirements. Attendees will gain insight into the building science behind effective air barriers, understand the realities behind common installation practices, and explore a range of installation techniques for various air barrier technologies. We will also discuss design considerations for climate-specific applications, addressing how innovative air barrier systems outperform older methods in diverse environmental contexts.
Learning Objectives:

Describe the limitations of traditional gasketing materials like sill seals in creating effective air barriers.
Gain foundational knowledge in the types, applications, and testing requirements of modern air barrier materials.
Explore essential building codes and standards for air, water, and vapor barriers to ensure compliance and best practices.
Investigate design and installation techniques to achieve effective air barrier performance in various climates and building applications.

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Samuel Cowlishaw, Director of Marketing, Selena USA

New Air Barrier Requirements for Re-Roofing 1.0 CEU/HSW
2025-09-11 13:00 - 14:00
New Air Barrier Requirements for Re-Roofing
As energy codes evolve, so do the requirements for roof system performance — especially during reroofing projects. This course explores the latest updates to building codes and standards that introduce air barrier requirements when replacing existing roofs. Attendees will learn why air control matters, how it interacts with moisture and thermal layers, and what design professionals and contractors need to consider to ensure code compliance, building durability, and energy efficiency.
Learning Objectives:

Identify key code changes related to air barriers in reroofing.
Understand the building science principles behind air leakage and roof system performance.
Evaluate existing roof conditions to determine air barrier requirements.
Review best practices for detailing and integrating air barriers during reroofing.

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Matt Braun, P.E., Building Design Manager, Standard Industries (GAF + Siplast)
Matt Braun is a Building Design Manager for GAF in the West Region of the US. Matt is a
licensed Professional Engineer in multiple states (AZ, CO, & TX) and holds a bachelor’s degree in Civil Engineering from Texas A&M University. With over 14 years of experience in building enclosure design and consulting, his background includes waterproofing design in multi-family construction, compliance and forensic testing of roof and exterior facade assemblies, consulting on new construction and restoration projects, and review of roofing and building designs with designers and installers. Matt is also an active member of IIBEC (Colorado Chapter President 2023 & 2024) and NRCA.

Jason Conley, AIA, CDT, LEED AP, RRO, Building Design Manager, GAF Commercial Roofing
Jason Conley is the Midwest Building Design Manager on the GAF Building & Roofing Science team. He is focused on providing Architects and Specifiers with commercial roofing education, technical guidance, roofing system selection, and specification development.
Jason has over 25 years of experience in the architecture and commercial roofing industry. His previous roles include Architectural Designer on multi-family developments, office buildings, and mountain ski resorts in Colorado. He also provided technical assistance to Architects and Contractors as a Commercial Roofing Sales Representative in Chicago, Illinois.
Jason has a Bachelor of Science in Architecture from Lawrence Technological University. He is an Associate member of AIA, a LEED Accredited Professional, a Registered Roof Observer, and a Construction Documents Technologist. Jason is also an active member of IIBEC (Chicago Chapter Director 2024 & 2025).
Photo Credit to Nexus Building Envelope Consultants

Predicting Rooftop Surface Temperature Extremes and Impact on Air Barrier Tie-Ins 1.0 CEU/HSW
2025-09-18 13:00 - 14:00
Predicting Rooftop Surface Temperature Extremes and Impact on Air Barrier Tie-Ins
Roofing system surfaces can get hot, sometimes extremely hot due to climatic and indoor design conditions, direct and reflected solar radiation exposure, and radiative heat transfer with surrounding objects. Roof surface color, the position and color of adjacent objects, as well as the thermal properties of materials are key parameters that greatly influence roofing system peak temperatures. An adjacent parapet wall, metal coping cover may experience similar surface temperature conditions. Critical rainwater and air control layers transition between roofing and façade systems at the parapet. Designs are complex and rely on tie-ins to allow for differential movement between the parapet wall and roof membrane. Transition membranes many times address scope-of-work issues between roofing and wall air barrier system trade responsibilities. Flashing membranes that maintain the continuity of air and water-resistive barrier systems have upper service temperature limits that vary between 180°F and 300°F. Identifying the parameters controlling climate specific, rooftop surface temperature extremes will help designers specify the thermal performance requirements for flashing membranes.
Learning Objectives:

Participants will be able to list the key factors influencing tie-in temperatures for continuous air barrier systems across roof, parapet, and façade assemblies.
Participants will understand the impact of solar reflection from adjacent elements on roof, parapet, and façade system temperatures, and identify scenarios that may require high-temperature-rated air barrier system tie-in membranes.
Describe the process to simulate and visualize roof, parapet, and facade system heat transfer.
Participants will understand how temperature rating requirements for tie-in membranes vary across climate zones.

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Stanley D. Gatland II, Manager, Building Science and Comfort, Saint-Gobain North America
Stan Gatland is the Manager of Building Science and Comfort for Saint-Gobain North America. He is responsible for leading projects that focus on developing, demonstrating, and connecting Saint-Gobain/CertainTeed solutions to the performance of buildings regarding indoor environmental quality and occupant comfort. Stan has over 30 years of experience and expertise in building science and architectural acoustics with an extensive professional network in the fields of energy efficiency, heat and moisture transfer, environmental acoustics, and fire science. He is an accomplished speaker with over ninety publications. Stan holds a master’s degree in mechanical engineering from the University of Massachusetts, Amherst.

ABAA Contractor Webinar: Building Science Fundamentals
2025-09-24 12:00 - 13:00
Buildings are designed to separate indoor and outdoor environments, but differences between them create forces that challenge the building envelope. Key demands include managing liquid water, air, heat, and water vapor flows. While these concepts seem simple, their complexities often lead to confusion, such as distinguishing between air and vapor barriers.
This presentation explores how these flows impact building envelope performance and its essential functions.
Learning Objectives:
– Understand some of the myths regarding vapor, air and thermal transfer
– Identify the concept of “Building as a System” and how the building enclosure relates to this
– Explain the forces of moisture, air and heat flow, as applicable to a building
– Define how to control these forces effectively to save energy and reduce risk of moisture damage
This webinar is exclusive to the ABAA contractor members. Please reach out to lhardman@airbarrier.org to register.

Akira Window Connection: Pathways to Thinner Exterior Walls 1.0 CEU/HSW
2025-09-25 13:00 - 14:00
Akira Window Connection: Pathways to Thinner Exterior Walls
Akira Window Connection – a market ready punched window installation method that nearly eliminates window transition thermal bridging. This innovation helps reduce wall thickness, embodied carbon emissions, construction cost, and meet performance-based energy targets. In partnership with Northern Facades and Cascadia Windows, we will discuss maximum window size results from the secondary structure analysis, and 3-D thermal simulation results. Also, unveiling facility mock-up water penetration resistance test results by Cascadia Windows and lessons learned to address water management and airtightness. Review how Akira Window Connection allows a high-rise retrofit to reduce exterior insulation from 10-inches to 6-inches thick by eliminating heat loss at window transitions.
Learning Objectives:

Participants will learn about innovative window installation design – improving constructability and maximizing performance intended for larger buildings suitable for combustible / non-combustible construction.
Participants learn about best practices for water management and airtightness detailing with Akira Window Connection with lessons learned from laboratory testing conducted at Cascadia Windows. This includes water penetration resistance testing in accordance with ASTM E1105.
Participants learn how innovative window installation design can address affordability and lower energy demand simultaneously.
We will explain to participants on how they can access 3D thermal simulation results and data sheets for free at ThermalEnvelope.ca to incorporate into their next project.

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Cody Belton, AScT, P.Tech, CPHD, Passive House Specialist + Building Enclosure Consultant, Stantec Consulting
Cody is a Certified Passive House Designer (CPHD) and Building Enclosure Consultant. Bringing over 16 years of collective experience as a Building Enclosure Consultant, he has dedicated the past eight years to practicing as a Passive House Specialist. In this capacity, Cody provides consultation and implementation of Passive House design strategies for new building construction and retrofit projects. He coordinates design teams and develops custom building enclosure design packages for a range of building typologies. He is keen to share his insights and continue his learning to advance sustainable building practices for communities across Canada and US. Most recently, Cody was a proud speaker at the 2023 Passive House Network Conference in Denver, CO, and 2024 Annual Passive House Canada Conference in Victoria, BC.

Achieving a High-Performance Air Barrier System 1.0 CEU/HSW
2025-10-02 13:00 - 14:00
Achieving a High-Performance Air Barrier System
Air Barriers are an extremely important component of a high-performance building enclosure system. For the most part, these systems are non-maintainable components and repairs can typically only be made with the removal of the exterior cladding system. To ensure a performing system, proper design, detailing and ultimately the proper installation of these systems is extremely important. You have one chance to get it right. Come learn about important design considerations, how to properly detail critical interfaces, key items to include in your specifications, proper installation techniques, quality control and testing parameters for a variety of air barrier systems in use today.
Learning Objectives:

Discuss how air barriers are part of a high-performance building and how they control air and moisture movement, improve insulation performance and reduce energy needs of buildings
Review key design considerations, critical interfaces for continuity, material performance requirements and specification language for the proper design and selection of the air barrier assembly
Identify the typical installation requirements of a variety of air barrier materials and assemblies and common installation issues observed in the field
Discuss the importance of proper construction sequencing, coordination of sub-trades, testing and inspection criteria, how to identify installation defects and remedial action required during the construction phase

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Denali Jones, P.E., Technical Director, ABAA
Denali is an engineer focused on building enclosures for his entire career. After working for a manufacturer he transitioned into consulting, working for one of the leading building science firms in North America for over a decade. Denali’s work focused on finding practical and performance driven solutions to complex enclosure problems, ranging from high-rise office towers to hospitals, multifamily, manufacturing facilities, and everything in between. He has extensive experience in all aspects of enclosure design, including roofing, glazing systems, horizontal waterproofing, below grade waterproofing, air barriers, and rainscreen wall assemblies with just about any type of cladding. Denali also is an industry leading expert in whole-building air leakage testing, having helped develop several test standards and code language around testing requirements. He was instrumental in developing ABAA’s whole-building air leakage testing training program and is the lead instructor for this program. Denali now serves as the technical director for ABAA, focusing on driving the adoption and advancement of air barriers both at a committee level as well as providing support for ABAA members in answering technical questions or delivering presentations and training.
