EDUCATION AT THE HIGHEST TECHNICAL...

EDUCATION AT THEHIGHEST TECHNICAL LEVEL

TRACK 1: CONSTRUCTIONTRACK 2: DESIGN PROFESSIONALSTRACK 3: TESTING & INSPECTION

2 TRADESHOW & CONFERENCE NORFOLK, VIRGINIA | 2019

CONFERENCE SPONSORS

3WWW.ABAACONFERENCE.COM

777 Waterside DrNorfolk, VA 23510Tel: +1 757-622-6664

BY CAR: Depart the airport and turn left onto Norview Avenue. • Turn left onto Azalea Garden Road. • Turn left onto North Military Highway / VA – 165. • Merge onto Interstate 264 West towards Downtown Norfolk / Portsmouth. • Exit left at Exit 9 onto Waterside Drive. • Turn left onto Water Street. The hotel will be on your left.

ALTERNATE TRANSPORTATION:James River Transportation (reservation required)Estimated taxi fare: 25 USD (one way)

* Hotel does not offer transportation

SHERATON NORFOLK WATERSIDE HOTEL

FROM:NORFOLK INTERNATIONAL AIRPORT (ORF)

TABLE OF CONTENTS KEY CONTACT INFORMATION

CONFERENCE SPONSORS

WHO IS ABAA?

ABAA EDUCATIONAL PRESENTATIONS

ABAA QUALITY ASSURANCE PROGRAM (QAP)

ABAA COMMITTEES & MEETINGS

ABAA CONTRACTOR AWARDS

CONVENTION MAP

EXHIBITORS

KEYNOTE SPEAKER

GENERAL INFORMATION

TRACK SESSIONS EXPLAINED

AIR BARRIER TRAINING AND WORKSHOPS

SHOW AGENDA

TRACK 1: CONSTRUCTION

TRACK 2: DESIGN PROFESSIONALS

TRACK 3: TESTING & INSPECTION

ABOUT SPEAKERS

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One of the founding cornerstones of the Air Barrier Association of America is education. ABAA provides education to all stakeholders in the construction industry including architects, general contractors, construction managers, sub-trades, manufacturer’s, consultants. ABAA offers a variety of educational formats and offers online education, face-to-face lunch and learns, webinars and full day educational workshops.

Many times ABAA partners with other organizations to jointly provide high level education. We have worked closely with the Building Enclosure Councils, Construction Specification Institute chapters, RCI chapters and other related associations. We have a number of half day and full day formats available, including our famous “Air Barrier Rodeo” that combines theory with actual hand’s on application of air barriers.

WE ARE YOU, THE MEMBERSThe Air Barrier Association of America (ABAA) is a national, not-for-profit trade association that consists of a wide cross section of stakeholders in the building enclosure industry. Our membership include manufacturers, architects, engineers, trade contractors, researchers, testing & audit agencies, consultants and building owners. ABAA is the national voice of the air barrier industry and has raised the level of quality in the industry through a Quality Assurance Program and offers premier training, certification, product evaluations, contractor accreditation and site quality control audits.

ABAA’s mission is to promote the use and benefits of air barrier systems, educate the public about air barrier systems and develop a professional air barrier specialty trade and industry dedicated to the installation of effective air barrier systems in buildings on a nationwide scale.

Industry leading Quality Assurance Program - The association’s on-site quality assurance program is the result of a variety of initiatives that provide a level of assurance that a specific product is installed correctly or a specific service is being provided to the highest possible standards. Our quality assurance program (QAP) ensures that the product or products have been installed correctly deals with the methods and procedures in place to provide assurance of proper installation.

ABAA’s Quality Assurance Program consists of 9 components, all working together to provide a high level of confidence that the air barrier will be installed correctly and to high industry standards. ABAA’s QAP is modeled after the standards laid out in the ISO 9000 program.

Industry and trade events - As a way of engaging members and creating value for your membership, the association organizes and participates year round in trade shows that help members stay up-to-date with industry developments, seminars and workshops to provide continuing industry education.

Professional Development - We strongly believe that continuing education and professional development is key in order to succeed in the ever changing and growing air barrier industry. We offer professional development opportunities in the form of workshops, seminars, and training classes year round.

Information/news - As a member of the association you receive a fast pass to noteworthy news or developments in your industry. We distribute a quarterly newsletter and other industry relevant bulletins and updates to all our members throughout the year. Staying up-to-the-minute on industry news allows our members to take advantage of changes or developments that might otherwise have passed them by.

Learning best practices - The air barrier association can assist with industry best practices specific to your line of work. Whether you’re new to the industry, don’t have much experience or are just looking to expand your knowledge, ignorance of best practices can pose a serious business and reputation risk.

And many more benefits!

JOIN TODAY AND HELP US GROW AND IMPROVE OUR INDUSTRY. Ways to Join.1. Join at the event registration desk at this event.2. Join on our website: www.airbarrier.org

WHO IS ABAA? WHY JOIN ABAA?

ABAA EDUCATIONAL PRESENTATIONS EXPLAINED (CONTINUED ON NEXT PAGE)

ABAA MEMBER BENEFITS


ABAA EDUCATIONAL PRESENTATIONS (CONTINUED FROM PAGE 4)

ABAA EDUCATIONAL PRESENTATIONS

BUILDING SCIENCE – 1.0 CEU/HSW CREDIT Review the “Building as a System” concept and what makes up the building enclosure. Explain moisture flow, air flow and heat flow and the various mechanisms in which they move through the building enclosure.

INTRODUCTION TO AIR BARRIERS – 1.0 CEU/HSWUnderstand Air Barriers in relation to the building enclosure system and how they fit within the wall assembly. Review of key performance requirements and definitions of Air Barrier materials, assemblies and systems. Understand recent changes in building code requirements and gain knowledge in market forces driving energy efficient buildings

AIR BARRIERS DESIGN CONSIDERATIONS FOR AIR BARRIERS – 1.0 OR 1.5 CEU/HSW Identify all the general design considerations when incorporating an air barrier into building design. Understand the air pressures on a building and relate to the types of leaks that can occur in an enclosure system. Gain knowledge of Basic Details for continuity of the system.

ABAA QUALITY ASSURANCE PROGRAM – 1.0 OR 1.5 CEU/HSW The QAP ties the manufacturer, the contractor and the installer together to ensure that the products are installed properly. It is based on ISO 9000 and ISO 12576-2 standards. The presentation defines exactly what quality assurance is, how it is different than quality control, the impact of poor quality on a building systems and a review of the key components of the quality assurance program for air barriers.

AIR BARRIER RESEARCH PROJECT – 1.5 CEU/HSWThe Air Barrier Research Project covers years of in field testing and laboratory testing using ASTM E2357 test requirements. The key question to answer was “Do air barriers reduce energy use?” For years the Department of Energy stated in their documents that reduced air leakage could account for 10% to 40% energy savings for heating and cooling. Laboratory testing of air barrier sub-assemblies was also conducted on wood framed walls. Some of the results were unexpected.

ACHIEVING A HIGH PERFORMANCE AIR BARRIER SYSTEM – 1.0 OR 1.5 CEU/HSW 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 and the proper

installation techniques, quality control and testing parameters for a variety of air barrier systems in use today.

BENEFITS OF AN AIR BARRIER IN A BUILDING – 1.5 CEU/HSWAir barriers are relatively new and now they are in the codes. The IECC 2012, 2015 and ASHRAE 90.1- 2010 require that an air barrier is installed in a building. Design professionals are now faced with designing an air barrier system but the system will only work if the installation is done properly. A poorly installed air barrier can cause problems in the building enclosure. Knowing what the issues are and what tools are available will assist the design professional.

THE BIG DISCONNECT – THE IMPORTANCE OF WALL TO ROOF CONNECTIONS FOR THE AIR BARRIER - 1.0 CEU/HSWAs 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.

AIR BARRIER FIELD TESTING OF VARIOUS AIR BARRIER MATERIALS DURING CONSTRUCTION PROCESS – 1.0 CEU/HSWDuring the construction process, a variety of both quantitative, qualitative and visual inspection can be done on the air barrier assembly to confirm conformance to project specifications. A review of the key test methods used during the construction process and a demonstration of the type of testing equipment for both air leakage, adhesion and material specific test methods.

EFFECTIVE USE OF WATER-RESISTIVE BARRIERS AND AIR BARRIER BUILDING WRAPS – 1.0 CEU/HSWGain an understanding of housewraps and their primary functions as well as air barrier building wraps, including testing, installation and code compliance.

HOW TO PROPERLY SPECIFY AN AIR BARRIER SYSTEM – 1.0 CEU/HSWDesign and Construction documents are one of the first steps towards achieving an effective layer of airtightness to manage moisture and air movement. The importance of a proper specification cannot be understated and a well-articulated document will ensure that the owner is provided with materials, performance and quality.


QUALITY ASSURANCE FOR YOUR PROJECT

AIR/MOISTURE OUT.CONFIDENCE IN.

QAPThe ABAA Quality Assurance Program is a risk management quality assurance program that addresses the potential issues before and during the installation process. The installation is performed by individuals and companies that are educated and have the experience to properly install air barriers, while having 3rd party auditors do quality control.

1. Are you concerned about moisture damage?2. Do you want your project finished only to then find out that you have installation

deficiencies?3. Do you want project delays for rework due to faulty installation?4. Do you want to spend a lot of money down the road on a damaged building enclosure?

SPECIFY QUALITY


ABAA COMMITTEES & MEETINGS (OPEN TO ALL)

ABAA COMMITTEES

QUALITY ASSURANCE PROGRAM COMMITTEEEvaluate the quality assurance program and make any necessary updates and improvements.

CONTRACTOR COMMITTEEA forum for contractors is to discuss industry issues, best practices and outline education and outreach programs.

EDUCATION AND TRAINING COMMITTEEDevelopment, review and refinement training programs for installers, auditor, design professionals and industry stakeholders.

TECHNICAL COMMITTEEAdvance the credibility of ABAA through scientifically evaluated products, systems and professional services such as guide specifications, standards and technical bulletins.

RESEARCH COMMITTEEParticipate in research projects that drive enhanced system performance and benefits the air barrier industry.

MARKETING COMMITTEECreate better awareness of the air barrier industry as the source for industry knowledge and execute education to industry stakeholders.

NOMINATING COMMITTEEEstablish pre-qualifications required for directors of ABAA and present the slate of director nominees for election.

AUDIT COMMITTEEEnsure compliance with nonprofit financial regulations and the publication of timely financial statements

Standing Committees are formed by the Board of Directors to carry out the association’s mission. The Board has identified a total of eight committees.

Air Barrier Accessory Task Group Meeting | Chair: Jason Simmons & Andrea Wagner Watts

Research Committee Meeting | Chair: Andrew Dunlap & Sarah Flock

Transitions, Terminations and Flashings Task Group Meeting | Chair: Adam Ugliuzza & Craig Wetmore

Material Testing Methods Task Group Meeting | Chair: Jason Hoerter & Jason Simmons

Marketing Committee Meeting | Chair: Craig Wetmore & Matt Nelson

Technical Committee Meeting | Chair: John Posenecker & Andrea Wagner Watts

Contractors Committee Meeting and Round Table Discussion onBidding Air Barriers when there is No Transition Details | Chair: Matt Giambrone

Conference Committee Meeting | Chair: Len Anastasi & Craig Wetmore

Eppington – 4th Floor

Claremont – 4th Floor







8:00-9:00

8:00 -10:00

9:30-10:30

11:00-12:00

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12:30-1:30

12:30-2:30

3:00-4:00

ALL ABAA MEETINGS OCCUR ON MARCH 28



Each year ABAA gives out an Air Barrier Excellence award and Quality Assurance Program Excellence awards. The Air Barrier Excellence award is given to an ABAA Contractor with the most air barrier jobs who have completed 5 or more audits with zero demerit points within one year. The Quality Assurance Program Excellence award is given to ABAA Contractors with the highest number of air barrier jobs who have completed 5 or more audits with 30 or less demerit points within one year. This is a high honor and we are pleased to give these awards to the following above recipients.

ABAA CONTRACTOR AWARDS

AIR BARRIEREXCELLENCE

QUALITY ASSURANCEPROGRAM EXCELLENCE

George Moehrle MasonryGleeson Powers, Inc

Phillips Interior Exterior SystemsSpray Foam Technologies of KY

Standard WaterproofingStony Creek Services

Superior Insulation Co., LLCTailored Foam

Western Specialty Contractors

IWS, IncThe Drying Company/ThermalTec

EXCELLENCE


CONVENTION MAP



EXHIBITORS

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CONTRACTORSCORNER


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STRATFORDHALL PROVIDENCEHALLYORKHALL

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POPLARHALL

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HALLWAYTOGUESTROOMS,

RESTROOMS&ELEVATOR

GRANDPROMENADE

REGIS TRATIONBuffetTables BuffetTables

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AirBarrierAssociationofAmerica

InternationalBallroom,GrandePromenade

EXHIBITOR MAP (INTERNATIONAL BALLROOM, GRAND PROMENADE)


KEYNOTE

WHY AIR BARRIER SPECIALISTS NEED TO UNDERSTAND WATERTuesday 3:00pm – 5:00pm KEYNOTE SPEAKER: John StraubeRDH Building Science Inc.It’s been said that the three biggest problems in buildings are water, water, and water. Moisture is involved in everything from rot to corrosion to buckling to bugs. But what does that have to do with air? In his keynote presentation, John Straube will take a closer look at different materials used to control air or water (or both!), and how material properties impact assembly design and performance, product specification, and inspection activities.

LEARNING OBJECTIVES:

1. Recognize the differences and relationship between vapor, air, and thermal control.

2. Understand key building science principles that determine how water vapor and liquid water move through materials and assemblies.

3. Identify critical details and transitions that impact rain and air control.

4. List common moisture-related problems and their impacts on buildings and building occupants.

KEYNOTE SPEAKER

ABOUT KEYNOTE SPEAKERJohn Straube is a Principal at RDH Building Science, where he heads forensic investigations and leads research projects in the areas of low-energy building design, building enclosure performance, hygrothermal analysis, and field monitoring of wall assemblies. He is also a prolific writer and a noted public speaker. As one blogger wrote after attending a keynote speech: “he clearly loves what he does.”

In addition to his work with RDH, Dr. Straube is a cross-appointed faculty member in the School of Architecture and the Department of Civil and Environmental Engineering at the University of Waterloo. Dr. Straube’s leadership as a building scientist and an educator has been recognized with multiple awards, including the Lifetime Achievement Award in Building Science Education from the National Consortium of Housing Research Centers (NCHRC) and the Professional Leadership Award from the Northeast Sustainable Energy Association (NESEA).


GENERAL INFORMATION AND REMINDERS

NAME BADGES WIN WIN WIN

PHOTOGRAPHY

GET SOCIAL

CONFERENCE MEDIA PARTNERS

Don’t forget to wear your ABAA Conference issued name badge. All attendees are required to have a name badge to attend this conference. Please use your name badge to gain access to all meals, activi-ties, keynotes and sessions.

In the attendee folder, you will find a BINGO card. Simply follow the instructions below to play!

HOW TO PLAY

1. It’s EASY! Just visit all participating booths, getting them to initial your BINGO card.

2. BINGO starts on March 26 @ 7:30 am, ending March 27 @ 3:00 pm.

HOW TO WIN

PRIZES

An iPad or one of two $100 visa gift cards.

Photos will be taken throughout this event. ABAA reserves the right to use these photos for the promotion of future ABAA events and/or social media.

Stay connected to the latest industry innovations and events. Find us on Facebook, Twitter & LinkedIn. Also make your way to our website or scan the QR code below and sign up for our popular and free industry newsletter.

1. Fill in the contact details. All fields must be complete in order to be eligible to win. You may also staple your business card if all the requested information is provided.

2. BINGO cards must be turned in at the registration desk by Wednesday, March 27 @ 3:00 pm.

3. The prize drawings will take place after the conference. If you are the winner we will contact you via email and send you your prize.


DESIGN PROFESSIONALSTRACK 2:

TRACK SESSION TYPES

To ensure you get the most out of the ABAA Conference and Tradeshow we have created specialized tracks and color-coded these tracks throughout this booklet. Please make a note of the color below to know which sessions will be most applicable to you. Attendees are not bound by specific tracks and can attend any presentation they are interested in.

CONSTRUCTIONTRACK 1:

TESTING & INSPECTIONTRACK 3:

Educational presentations are registered to provide learning units and HSW credits. You will receive one credit per one hour of the presentations you attend.

***Earn 1 bonus educational credit by visiting 20 exhibitor booths and handing in your bingo card by 3:00 pm on March 27.

Attend all two daysand be eligible for12 AIA LU/HSW.

CONTINUING EDUCATIONAL CREDITS

GET ON TRACK

AIR BARRIER EDUCATION FORTHE CONSTRUCTION INDUSTRY


AIR BARRIERS: CERTIFICATION, TRAINING, WORKSHOPS

INSTALLER AND AUDITOR TRAININGCOURSE LENGTH: 2.5 DAYS (MARCH 28TH IS A HALF-DAY OF OFFSITE HANDS-ON TRAINING FOR INSTALLERS & AUDITORS) ROOM

Self-Adhered & Fluid Applied Training

Sprayed Polyurethane Foam Training

Field Auditor Training

Quality Assurance Program Administrator Training

WUFI Workshop


Brandon B – 4th Floor

Brandon A – 4th Floor

Brandon A – 4th Floor

Greenway – 4th Floor

March 26-288am-4:30pm



March 275pm-8pm



AGENDA

Trade Show Open

Opening Remarks: ABAA Initiatives, Goals and Successes | speaker Russell Snow

Dynamic Exterior Wall Systems for Solid Masonry Walls in Humidified Buildings | speaker Vince Cammalleri

BREAK

Higher-Performing Building Envelopes: Where Do We Go From Here? | speaker Chris Mathis

DAY 1 – TUESDAY, MARCH 26TH

TODAY ALL ELIGIBLE FOR 7.5 CEU BY ATTENDING THE FOLLOWING

7:30

8:15-8:30

8:30-10:00

10:00-10:30

10:30-11:30

Exhibit Hall

Exhibit Hall

Exhibit Hall

SHOWAGENDA

ROOM

LUNCH & ABAA AWARDS CEREMONY Exhibit Hall11:30-1:00


What the ABAA Is Doing For You and Updates on Research and Resources for the Industry | speaker Ryan Dalgleish

Research of Air/Water Leakage at Fasteners Through the Air Barrier | speakers Andrew Dunlap & Sarah Flock

BREAK

KEYNOTE: Why Air Barrier Specialists Need to Understand Water | speaker John Straube

WELCOME RECEPTION, IN TRADESHOW AREA

ABAA BOARD OF DIRECTORS MEET AND GREET, OFFSITE EVENT offsite event at the Blue Moon Tap HouseOpen to all (behind River Terrace) Located at 333 Waterside Drive in the River Dining Room

AGENDA

1:00-1:30

1:30-2:30

2:30-3:00

3:00-5:00

5:00-6:15

6:30-9:30

Exhibit Hall

Exhibit Hall

Exhibit Hall

Exhibit Hall

(continued) ROOM


AGENDA

Trade Show Opens

Can a Poor Air Seal Cause Roof Failure | Speaker Timothy MillsConstruction

AVB Considerations in Prefab Construction | Speaker Corey ZussmanDesign Professionals

Non-Visible Energy – Decoding Electromagnetic Energy and Thermodynamics | Speakers Melissa Payne & Scott WoodTesting & Inspection

BREAK

Who’s the Culprit in WRB-AB Leakage? | Speaker Barry ReidConstruction

The Interface | Speaker Adam UgliuzzaDesign Professionals

Whole Building Airtightness Testing of Industrial:Commercial and Institutional Buildings| Speakers Cory Carson & Kevin KnightTesting & Inspection

BREAK

Changing the Way We Think of Prefab – New Solutions for Your Building Envelope | Speaker John ChamberlinConstruction

The Importance of Wall to Roof Connections for the Air Barrier - The Big Disconnect | Speaker Roy F. SchauffeleDesign Professionals

Evaluating the Effects of Air Barriers withVariable Vapor Permeance in Hygrothermal Analysis | Speaker Jodi KnorowskiTesting & Inspection

DAY 2 – WEDNESDAY, MARCH 27TH

TRACK 1: CONSTRUCTION 6.0 CEU’STRACK 2: DESIGN PROFESSIONALS 6.0 CEU’STRACK 3: TESTING & INSPECTIONS 6.0 CEU’S

7:30

8:30-9:30

8:30-9:30

8:30-9:30

9:30-9:45

9:45-10:45

9:45-10:45

9:45-10:45

10:45-11:00

11:00-12:00

11:00-12:00

11:00-12:00

Merrimac – 1st Floor

Exhibit Hall

Monticello – 1st Floor


Exhibit Hall



Exhibit Hall


ROOM


AGENDA

BREAK

The Critical Role Sealant Selection Plays in Your Project | Speaker Marcy TylerConstruction

Selection of Air Barrier Membranes – What to Consider | Speaker Andrew WagnerDesign Professionals

Avoiding Building Enclosure System Failures | Speaker Len AnastasiTesting & Inspection

BREAK

Performance Mock Ups – The “Crash Test Dummy” for the Building Enclosure | Speaker Brian StroikConstruction

Methodology for Designing Exterior Wall Assemblies: What to Look For | Speakers Sarah Krawiec & Robert GutmannDesign Professionals

Does it pass or fail?A Conversation about Quality Control Testing Criteria | Speakers Andrea Wagner Watts & John PoseneckerTesting & Inspection

BREAK

Understanding the Differences BetweenCurtainwall and Storefront Glazing and Field Installation Issues to Avoid | Speaker Anthony C. SantoconoConstruction

Designing for Fire Safety – Complying with NFPA 285 Test Standard for Exterior Walls | Speaker Keith NelsonDesign Professionals

The Interaction of the Air Barrier Airtightness and the Resistance to Water PenetrationThrough Wall Cladding Systems: As Seen by Aama 508 and 509 Standards | Speakers Robert Jutras & Pierre-Olivier FecteauTesting & Inspection

12:00-1:00

1:00-2:00

1:00-2:00

1:00-2:00

2:00-2:15

2:15-3:15

2:15-3:15

2:15-3:15

3:15-3:30

3:30-4:30

3:30-4:30

3:30-4:30

(continued)


Exhibit Hall



Exhibit Hall



Exhibit Hall


ROOM


TRACK 1 CONSTRUCTION

CAN A POOR AIR SEAL CAUSE ROOF FAILURE?

This hospital Owner in the mid-Atlantic region experienced complete roof failure within five years of installation. Components within the roofing assembly had debonded, warped, twisted, cupped, and distorted causing the roof no longer drain properly and left the Owner fearful that large portions of the roof would fail and blow off in a storm event.

During the course of the evaluation thermography, roof cores, moisture meters, document review, and visual inspection techniques were used to demonstrate a number of defects in not only the design of the building but in the installation of various roofing components.

The installing contractor had claimed that the building’s mechanical system was solely responsible for pressurizing and damaging the roofing materials to the point of failure. The Owner had claimed that there must have been a number of defects in the installation of the roofing system which caused the system failure.

During the course of the forensic evaluation it was demonstrated that the mechanical system was not responsible for the failure of the roofing system; however it was determined that defects in the design

and construction of other building components such as the structural steel heliport, the roofing air/vapor barrier and roofing components contributed to total system failure. These findings coupled with significant workmanship issues led to the premature failure of the roofing system.


1. The importance of coordination of the various design disciplines and how building failures are not necessarily caused by the obvious issues.

2. The critical importance of airtightness in buildings and how to ensure that the roof wall interface is constructed air and water tight.

3. To review the steps in evaluating a failed roof system as part of an insurance claim.

4. To demonstrate how multiple failures either in design and construction work together to magnify and turn small problems into a major failure.

WEDNESDAY 8:30AM – 9:30AM, MERRIMAC – 1ST FLOOR SPEAKER: Timothy Mills P.E., LEED AP, Certified Infrared Thermographer, ABAA Field Auditor

ConstructionADVANCED


CONSTRUCTION TRACK 1

WHO’S THE CULPRIT IN WRB-AB LEAKAGE?

Extreme weather events can stress wall assemblies, causing water to enter the building envelope. Fasteners attached to sheathing are a point of vulnerability requiring specific attention in order to avoid leaks and compromise building integrity. With some minor exceptions, the standardized test methods for Water-resistive Barriers (WRB) and Air Barriers (AB) do not consider the range of adhesive and mechanical cladding attachments. These standardized methods also do not include simulations of extreme wind and rain on the cladding attachment penetrations. In this session, we’ll examine parameters and outcomes of water penetration demonstration testing on adhesively adhered cladding attachments using ASTM E331 methodology to determine the seal ability of 2 distinct cladding attachment clips in several WRB-AB configurations. These configurations include thin and thick-mil fluid applied barriers over glass mat gypsum sheathing and an integrated sheathing system, DensElement® Barrier System, which integrates the WRB-AB into the fiberglass mat and core. Testing simulated extreme water and wind that pushed the tested WRB-ABs to the point of failure. You’ll discover how the tested WRB-ABs performed and the main source of leakage at the fastener. You’ll also uncover best practices for cladding attachment penetrations under a number of different scenarios and with specific climate and construction risk factors considered.


1. Compare methods of attaching claddings to exterior walls and describe how those cladding attachment methods interact with the water-resistive barrier/drainage plane.

2. Discuss concerns around water intrusion at fastener penetrations and material/assembly testing designed to mitigate the risk of water intrusion.

3. Explore differences in performance across multiple WRB systems when penetrations from cladding fasteners create opportunity for incidental water to enter the assembly.

4. Explain the values of designing with intent for drying capability and drainage efficiency.

WEDNESDAY 9:45AM – 10:45AM, MERRIMAC – 1ST FLOORSPEAKER: Barry Reid, LEED AP BD+C

ConstructionINTERMEDIATE


TRACK 1 CONSTRUCTION


CHANGING THE WAY WE THINK OF PREFAB –NEW SOLUTIONS FOR YOUR BUILDING ENVELOPE

Prefabricated construction is advancing in vertical segments from hospital to government, and hospitality to office and beyond. Prefabrication firms are expanding, and new design-build business models, including their own prefabrication factories, are disrupting traditional building approaches with significant success. The benefits of prefabrication, including time savings and improved quality over traditional on-site construction methods, are now being extended to larger components of construction projects including interior and exterior walls and the building envelope. This session will explore how prefabrication can address common issues associated with traditional building envelope construction including weather delays, crew safety, quality control, labor shortages and subcontractor scheduling. We’ll examine how traditional methods of WRB-AB application in prefabrication impact lean manufacturing productivity objectives. We’ll explore the impact integrated sheathing solutions have on prefabrication productivity due to the integration of the WRB-AB during product manufacturing. Because transport and delivery of undamaged prefabricated building envelope panels is a notable challenge, we’ll compare the risks associated with externally applied WRB-ABs and integrated sheathing options.


1. Discover how prefabrication offers productivity advantages for the building envelope.

2. Discuss how prefabrication can address common issues at the job site including weather delays, crew safety, quality control, labor shortages and scheduling.

3. Explore how traditionally applied WRB-AB and integrated WRB-AB sheathing solutions are impacting lean manufacturing productivity goals.

4. Compare WRB-AB integrated sheathing solutions transportability from prefabrication factory to the job site.

WEDNESDAY 11:00AM – 12:00PM, MERRIMAC – 1ST FLOORSPEAKER: John Chamberlin

For every component, accessory, and substrate on your project it is important to understand sealant performance. It has been shown that it is not as simple as grouping sealant chemistries together, and assuming results. Vast differences have been reported within chemistry classifications. Further, it is important to understand both adhesion AND compatibility for all these interfaces related to the sealant application. Testing must be done for each of these interfaces.


1. Review sealant chemistries and the part they play in sealant selection

2. Understand the importance of proper installation and how it can affect performance

3. Investigate sealant failures, and understand the causes behind these4. Gain knowledge of a variety of questions that need to be answered

to choose the right product for the right application


THE CRITICAL ROLE SEALANT SELECTION PLAYS IN YOUR PROJECTWEDNESDAY 1:00PM – 2:00PM, MERRIMAC – 1ST FLOORSPEAKER: Marcy Tyler


CONSTRUCTION TRACK 1

UNDERSTANDING THE DIFFERENCES BETWEEN CURTAINWALLAND STOREFRONT GLAZING AND FIELD INSTALLATION ISSUES TO AVOID

This presentation will clearly identify the differences between a Storefront and Curtainwall glazing system. The presenter will also provide guidelines as to where each should be used, including structural performance and general rules of thumb for each system. The presentation will end with a focus on issues and solutions used to fix / repair the problems seen in the field from over a decade of site visits.


1. Understand the basic differences between Curtainwall and Storefront glazing systems

2. Understand the basics on how Curtainwall and Storefront systems are installed

3. Review issues commonly seen in the field for each product4. Provide solutions to installation issues commonly witnessed in the

field.

WEDNESDAY 3:30PM – 4:30PM, MERRIMAC – 1ST FLOORSPEAKER: Anthony C. Santocono

Design, ConstructionINTERMEDIATE

PERFORMANCE MOCK UPS –THE “CRASH TEST DUMMY” FOR THE BUILDING ENCLOSURE

How does an owner, architect or builder know if their building enclosure is: installed correctly, using the right products, will work as anticipated with adjacent materials, and perform to today’s energy and building codes? Performance Mock Ups, or First Run Studies, provide key insights to these important questions. This presentation will review why enclosures are critical for energy efficiency, sustainability and durability, and explain how every building is unique. We will then review and discuss the advantages / disadvantages of the various types of mock ups, using examples from actual projects, along with discussing various industry performance tests and standards typically performed on Functional or tested mock ups. The last part of the presentation will review and provide ideas on how to take the Lessons Learned from the mock and use that information as an on-site training for the tradesmen whom will be installing the enclosure for that project.


1. Understand why the Mock Up / First Run Study is so critical (every building is unique).

2. Learn about various types of Mock Ups / First Run Studies and discuss the benefits and disadvantages of each.

3. Discuss industry testing on the performance Mock Up / First Run Study.

4. Discuss the importance of Root Cause Analysis and what comes after the Mock Up – Training form Lessons Learned.

WEDNESDAY 2:15PM – 3:15PM, MERRIMAC – 1ST FLOORSPEAKER: Brian Stroik

ConstructionBASIC


DESIGN PROFESSIONALSTRACK 2


1. Identify AVB considerations and properly choose a system that will work with the specific design challenges of the CFMF panels

2. Learn how to identify and prevent constructability issues during the design, detailing, and installation phases of the prefab CFMF panels

3. Be able to review the fabrication process and understand the AVB concerns and how to mitigate issues during the process

4. Apply the understanding of the prefabrication process and AVB installation concerns to the field during the site observation review

AVB CONSIDERATIONS IN PREFAB CONSTRUCTION

This presentations will discuss the top considerations when designing, constructing, and installing prefab cold formed metal stud panel construction with regard to air/vapor barrier systems. From initial design considerations of the AVB system to the final completion. The presentations will be based on several case studies which we will dive into what is needed to be discussed early in the initial planning stages, construction tolerances, installation techniques, travel and storage concerns, as well as installation tips to make sure that the installation as a whole is able to be properly detailed every step of the way.

WEDNESDAY 8:30AM – 9:30AM, EXHIBIT HALL SPEAKER: Corey Zussman

DesignINTERMEDIATE | ADVANCED


SPEAKERSDESIGN PROFESSIONALS DESIGN PROFESSIONALS TRACK 2

25

THE INTERFACE

Today’s building construction must overcome complex building materials, multi-layer construction / multiple trades, limited on-the-job training, higher expectations, schedule, and are generally cost sensitive. In the past, building systems were simpler with fewer layers, there were many master tradesman, apprentice training, with less building performance expectations.

Building occupants now require more for the interior environment; precise temperature and humidity control, no tolerance for condensation or mold, indoor air quality, energy efficiency and more. This cannot be achieved without a well designed and constructed building enclosure. We rely on performance published in material and assembly product data sheets to achieve these expectations, but without well thought out transitioning, termination and flashing at the interface of the materials and assemblies, there intended performance is diminished or be negated altogether.

Performance criteria (water air, vapor, and thermal) is readily available for most building enclosure materials and assemblies that are commonly used in the building construction industry today. However, performance criteria for the interface of materials and assemblies is not clearly defined or published and is often missed or misunderstood. Continuity of the environmental control layers is most vulnerable at the interface of building enclosure components. Without the proper interfacing, we cannot expect to achieve the laboratory tested performance of the materials and assemblies selected for the project, which greatly impacts building performance holistically.

The relationship between components and trades that is required to ensure continuity of the environmental control layers may not be immediately apparent or intuitive if the contract documents are unsuccessful in presenting the building enclosure as a contiguous and cohesive assembly, composed of inter-related parts. Furthermore, if the contract documents fail to clearly represent the building enclosure’s environmental control layers and trade relationships, the related subcontractor’s obligation will be limited to the installation and performance of their system alone.

This presentation will briefly touch on the history of building enclosure design and performance and the evolution of the materials and assemblies used in construction today. Typical assemblies and common interface details will be reviewed while discussing and comparing with case studies, computer modeling, laboratory certification testing and field performance testing. The discussion will also overlay the affects building enclosure material and assembly interfacing has on construction sequencing and schedule and overall building performance.


1. History of Building Enclosure Design2. Common Building Enclosure Interface Details and Caste Studies

including wall opening details for window, storefront and curtain wall; roof to wall transitions, overhang/canopies, etc.

3. Laboratory certification testing, computer modeling, field performance testing and construction sequencing.

4. ABAA CW White Paper and ABAA Wall-to-Roof Transitions Guide

WEDNESDAY 9:45AM – 10:45AM, EXHIBIT HALLSPEAKER: Adam Ugliuzza

DesignINTERMEDIATE



THE IMPORTANCE OF WALL TO ROOF CONNECTIONS FOR THE AIR BARRIER -THE BIG DISCONNECT

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.


1. 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.

2. 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.

3. Identify pre-construction coordination items to review and allocation of responsibilities to sub-trades for proper execution of connection.

4. Review requirements for detailing the roof/wall interface and the sequence of construction for most common roof/wall air barrier connections.

WEDNESDAY 11:00AM – 12:00PM, EXHIBIT HALLSPEAKER: Roy F. Schauffele, FCSI, CCPR, FABAA, LEED Green Associate

DesignINTERMEDIATE

SELECTION OF AIR BARRIER MEMBRANES – WHAT TO CONSIDER

Air barrier membranes have become a common component in modern construction. However, there are a variety of options, differing in method of installation as well as performance properties. This presentation focuses on some of the selection criteria that should be considered when determining which air barrier membrane should be used for your project, focusing on installation methods and basic properties. Additionally, the presentation will review several “rules of thumb” such as minimum mil thickness, vapor retarder location, and material compatibility that are often misconstrued. Lastly, the presentation will touch on the importance of evaluating air barrier properties in the context of the material properties of the overall wall assembly.


1. Participants will be able to identify recent Code changes that should be considered when selecting air barrier membranes.

2. Participants will be able to identify common building conditions that should be considered when determining the air barrier materials for a project.

3. Participants will be able to examine components of wall assemblies to identify material properties that should be considered when evaluating air barrier properties.

4. Participants will be able to analyze material properties of air barrier membranes to determine important characteristics that should be included in Project Specifications.

WEDNESDAY 1:00PM – 2:00PM, EXHIBIT HALLSPEAKER: Andrew Wagner

DesignBASIC


SPEAKERSDESIGN PROFESSIONALS DESIGN PROFESSIONALS TRACK 2

27

THE IMPORTANCE OF WALL TO ROOF CONNECTIONS FOR THE AIR BARRIER -THE BIG DISCONNECT

METHODOLOGY FOR DESIGNING EXTERIOR WALL ASSEMBLIES: WHAT TO LOOK FOR

Building envelope consultants and designers are often called upon to redesign existing exterior wall assemblies. As code requirements become more demanding and designers seek to push the envelope of both performance and appearance, the task of redesigning exterior walls for becomes more complex. Selecting and locating the best products for a redesigned wall assembly can be an overwhelming task for an architect already burdened with many other responsibilities. Constructability concerns add yet another level of complexity. The presenters will review a practical approach for designing building envelope exterior wall assemblies that will help avoid confusion, improve results in the built environment by reviewing how to identify common pitfalls during design. Applicable building codes and pertinent specific requirements, as well as accepted industry technical standards, will be discussed. The presenters will explain how to use this information during the design process, and will review the structured decision-making process, or “wall assembly check list”, that is used alongside project-specific criteria to create successful designs.


1. Identify building codes and industry standards that guide existing exterior wall design and form the foundation of the peer review process.

2. Select materials and identify sequencing for an appropriate air barrier and drainage plane location based on project-specific criteria.

3. Identify common constructability pitfalls associated with exterior wall components and assemblies and give examples of ways to resolve the issues.

4. Create a structured decision-making process and a customized wall assembly “check list” to select an appropriate assembly based on project-specific criteria.

WEDNESDAY 2:15PM – 3:15PM, EXHIBIT HALLSPEAKER 1: Sarah KrawiecSPEAKER 2: Robert Gutmann

DesignBASIC | INTERMEDIATE



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. It will also address recent changes to compliance based on the current code and standard development activities.


1. Participants in this course will be able to discuss the importance of fire and safety design considerations as it relates to the building enclosure;

2. Participants in this course will be able to discuss the history, scope and testing procedure outlined in the NFPA 285 test standard;

3. Participants in this course will be able to understand the requirements of NFPA 285 compliant assemblies and the implications of building materials selection;

4. Participants in this course will be able to identify passive design solutions to achieve compliance and resources available with compliant designs.

DesignINTERMEDIATE

DESIGNING FOR FIRE SAFETY – COMPLYING WITH NFPA 285 TEST STANDARD FOR EXTERIOR WALLS

WEDNESDAY 3:30PM – 4:30PM, EXHIBIT HALLSPEAKER: Keith Nelson


TESTING & INSPECTION TRACK 3DESIGN PROFESSIONALS

NON-VISIBLE ENERGY –DECODING ELECTROMAGNETIC ENERGY AND THERMODYNAMICS

In building performance it is what you don’t see that will cost you the most and where some of the risks take place. Whether you are an owner, designer, contractor or a manufacturer, there are benefits to understanding the paybacks and downfalls of infrared thermography. This technology is gaining traction. Anyone can buy a camera, download an app and even accessorize their phone with infrared tools, yet many still do not see this technology as the science it truly is and the added resource it can serve in the construction industry. Pseudoscience? Voodoo Science? Hardly!

This course will explain the benefits, limitations and physics behind building science thermography and touch upon the myths, misconception, and lack of understanding associated with the energy spectrum we cannot see with human eyes. You will discover a wavelength which we are able to tap into when it comes to heat, air and moisture issues within the building enclosure. Thermography is truly a spectrum to behold. It can offer very useful data that can minimize building owners’ risks throughout any stage of the building’s lifecycle. Designers can assess and understand an existing building’s performance when repurposing, remodeling, and restoring existing facilities. Contractors can minimize risks and avoid enclosure related rework by identifying building envelope deficiencies during construction and prior to turning the building over to the owner. Owners can continually assess their buildings for energy performance and be better

informed on the overall thermal performance of their building as well as identify areas where air and water infiltration are a concern. Finally, manufacturer can also benefit from baseline performance readings and deficiencies identified due to construction means and methods, such as air infiltration, thermal bridging, and overall building systems performance.


1. Provide an understanding of thermography and the true science behind this fifth dimension.

2. Understand the application of thermography in the construction field and for forensic engineering, and factors that result in limitations of the tools and how to overcome some of the factors.

3. Learn how analyzing imagery can provide useful information to the thermographer not typically available in the field

4. Obtain and introduction of nontraditional means of testing which can be successfully conducted with infrared thermography.

WEDNESDAY 8:30AM – 9:30AM, MONTICELLO – 1ST FLOORSPEAKER 1: Melissa Payne, BECxP, CxA+BE, CDT, Level II Building Science ThermographerSPEAKER 2: Scott Wood, CBST, Certified Level III Thermographer



TESTING & INSPECTIONTRACK 3

This presentation will address the research on whole building airtightness carried out by the Building Envelope Technology Access Centre (BETAC) at the Red River College, Winnipeg, Canada. Over the last six years, BETAC has tested over 50 large Industrial, Commercial and Institutional Buildings (ICI) ranging from 100 year old churches to recently completed buildings. The goal of this work has been to establish a baseline air leakage rate, and to compare pre- and post-retrofit airtightness rates to better understand the effectiveness of air leakage sealing in ICI buildings.

The results of this research were also helped in the development of the Air Barrier Association of America (ABAA) Test Method for Building Enclosure Airtightness Compliance Testing Standard. This has now led to the creation of a new ASTM Standard Test Method for Determining the Air Leakage Rate of Large or Multi-Zone Buildings which introduced improvements from existing test methods to overcome limitations on building height and climate conditions. It also led to the creation of two distinct test protocols within the Standard which focuses the test on either building durability or energy performance.

North America building officials are starting to incorporate airtightness requirements into regional codes, and the intent is to introduce the Test/Standard into US and Canadian National Codes in 2020. Also, the introduction of the Canadian National Master Specification on Building Enclosure Performance Testing and Commissioning now

includes whole building airtightness testing. This presentation will include a short overview of the basic principles of whole building airtightness testing with a discussion of the current and proposed airtightness rates for US and Canadian ICI buildings. It will conclude with explaining the current available training and the future certification of personal conducting the whole building airtightness test.


1. To learn the basic principles of whole building airtightness testing.2. To learn the current range of airtightness in ICI buildings.3. To understand Code requirements for whole building airtightness.4. To understand about the relevant test Standards.

DesignADVANCED

WHOLE BUILDING AIRTIGHTNESS TESTING OF INDUSTRIAL:COMMERCIAL AND INSTITUTIONAL BUILDINGS

WEDNESDAY 09:45AM – 10:45AM, MONTICELLO – 1ST FLOORSPEAKER 1: Cory CarsonSPEAKER 2: Kevin Knight


TESTING & INSPECTION TRACK 3

EVALUATING THE EFFECTS OF AIR BARRIERS WITH VARIABLE VAPOR PERMEANCE IN HYGROTHERMAL ANALYSIS

With the ever-expanding number of materials being incorporated into the building envelope, understanding the impacts of how vapor will diffuse through the wall can have a significant impact on the long-term performance of the wall assembly. ASTM E96, “Standard Test Methods for Water Vapor Transmission of Materials,” is the standardized test that outlines different methods to determine the vapor permeance of materials. However, these methods generally only test materials under certain conditions and do not incorporate a range of conditions that will be encountered when installed in the wall assembly. Hygrothermal analysis is becoming an important tool to evaluate the long-term performance of wall assemblies and relies on the material data in order to accurately predict the vapor diffusion through the wall over time. This session aims to evaluate different wall assemblies and the impacts of air barriers with variable vapor resistance.


1. Review the standardized testing procedures to measure vapor permeance of materials.

2. Compare the testing procedures to actual performance in installed conditions.

3. Discuss the theory of transient hygrothermal analysis and the effect of variable vapor permeance.

4. Assess the impact of the vapor permeance of an air barrier on a defined wall assembly.

WEDNESDAY 11:00AM – 12:00PM, MONTICELLO – 1ST FLOORSPEAKER: Jodi Knorowski

DesignINTERMEDIATE

The presentation will review the four barriers needed for effective building enclosure systems. Proper location of the four barriers based on climate region and building use will be reviewed. Examples of failed building enclosure assemblies will be reviewed along with the reasons why they failed. Building enclosure designs that would fail will be reviewed. The reason why they would fail and the design changes that actually prevented them from failing will be reviewed.without putting undo pressure onto installers by requiring them to meet unrealistic requirements.


1. Learn the Four Barriers needed for effective building enclosure systems

2. Learn where to properly locate these four barriers for effective building enclosure

3. Learn about failures to do improper design and location of the four barriers

4. Learn how building enclosure systems are analyzed to insure effective performance


AVOIDING BUILDING ENCLOSURE SYSTEM FAILURESWEDNESDAY 1:00PM – 2:00PM, MONTICELLO – 1ST FLOORSPEAKER: Len Anastasi, FABAA, CSI, CDT


TESTING & INSPECTIONTRACK 3

DOES IT PASS OR FAIL? A CONVERSATION ABOUT QUALITY CONTROL TESTING CRITERIA

The material is applied, the air barrier is complete, and now all you need is to pass the field quality assurance testing. The air barrier adhesion test is performed and then comes the question: what is the pass/fail criteria? Is it the published number under “material properties” on the manufacturer’s data sheet? Is the ABAA required minimum? Is there a different standard written in the specification? Does a 1 psi difference really matter? This discussion can frequently become a point of contention on the job site at a point when a “fix” is expensive and time consuming for many. This session will be a conversation between a manufacturer and a consultant (with additional input from a contractor and auditor) about what really should be the prevailing criteria. It will include a discussion about what the published data means, how lab data compares to that found by testing in the field and what is required during an ABAA audit. Field application parameters based on the material testing criteria that are critical to the air barrier performance will be discussed. Insights from ABAA auditors will be shared about how to avoid this fight in the field and lessons will be shared. The entire conversation will be had around the premise of ensuring a well-installed, durable air barrier system without putting undo pressure onto installers by requiring them to meet unrealistic requirements.


1. Describe the ABAA air barrier quality control requirements.2. Asses the difference between field testing data and what may be

published on a manufacturers’ data sheet.3. Contrast differences between material testing standards and

actual field installation conditions and the impact to air barrier performance.

4. Evaluate what will be acceptable pass/fail criteria for a given product before it is tested.

WEDNESDAY 2:15PM – 3:15PM, MONTICELLO – 1ST FLOORSPEAKER 1: Andrea Wagner Watts, LEED Green Associate, ABAA Technical Committee Co-ChairSPEAKER 2: John Posenecker, PE (TX), ABAA Technical Committee Co-Chair

DesignBASIC | INTERMEDIATE


TESTING & INSPECTION TRACK 3

These two test methods are procedures that evaluate the resistance to water penetration of different rain screen wall cladding (panel) systems. The use of these procedures allows to establish a direct correlation between the airtightness of a building wall and its ability to prevent problems associated with water penetration.

More specifically:

AAMA 508-14 Voluntary Test Method and Specification for Pressure Equalized Rain Screen Wall Cladding Systems, establishes the requirements for test specimens, apparatus, test procedures, test reports and minimum performance criteria to be used in the evaluation of pressure equalized rain screen wall cladding (panel) systems.

And:

AAMA 509-14 Voluntary Test and Classification Method for Drained and Back Ventilated Rain Screen Wall Cladding Systems, establishes the requirements for test specimens, apparatus, test procedures, test reports and performance data that may be used in the evaluation of drained and back ventilated rain screen wall cladding systems. The primary purpose(s) of this test method is to quantify the volume of rain water contacting an imperfect AWB and the system’s ability to allow for ventilation/drying as measured by air flow through the cladding.

Both methods allow for testing with a “generic” air/water barrier (AWB) or the use of the actual air/water barrier (AWB) intended for a given

job or system design. This presentation will explain the two methods in details, highlight their differences and show the importance of the Air Barrier performance to reduce problems associated with water

penetration.


1. Acquire knowledge of the referenced testing standards.2. Review the requirements of the testing standards.3. Understand the importance Air Barrier performance to reduce

problems associated with water penetration.4. To be able to compare the performance results and which Standard

to be use in which situation.

DesignINTERMEDIATE

THE INTERACTION OF THE AIR BARRIER AIRTIGHTNESS AND THE RESISTANCE TO WATER PENETRATION THROUGH WALL CLADDING SYSTEMS: AS SEEN BY AAMA 508 AND 509 STANDARDS

WEDNESDAY 3:30PM – 4:30PM, MONTICELLO – 1ST FLOORSPEAKER 1: Robert JutrasSPEAKER 2: Pierre-Olivier Fecteau


SPEAKERS

Len Anastasi worked in the construction industry for twenty years in masonry, waterproofing and restoration work. He currently owns EXO-TEC Manufacturing, Inc. which manufactures specialty construction products, EXO-TEC Solutions, Inc. which performs marketing work for various quality and innovative manufacturers of

construction products and EXO-TEC Consulting, Inc. which performs consulting services on building enclosure issues for building owners, managers, design professionals and lawyers. In his construction and consulting work, he has performed inspections and / or repairs on over 300 buildings as well as giving expert testimony in trials and reviews on dozens of legal cases. He is a member of ASTM’s E 06 Committee on Building Performance where he has authored both proposed standards as well as proposed changes to existing standards. He is a member of the Boston Society of Architects’ Building Enclosure Council where he has presented on several topics and has been sponsored to speak at the Build Boston Exposition, AIA National Convention and CSI National Convention. He has authored several articles and papers on building enclosure performance and has spoken on these topics at several conventions, seminars and meetings.

building enclosures. He led the Building Science Practice group at SGH for 10 years, specializing in heat, air and moisture migration in the building enclosure, with a focus on moisture issues in high-humidity buildings.

Mr. Cammalleri is a Senior Principal at Simpson Gumpertz & Heger Inc. (SGH) in 1996. He is the Building Technology Region Head for SGH’s East Coast Operations that includes offices in Waltham, MA; New York City, NY; and Washington D.C. He has extensive experience in the design, investigation, and repair of

Cory Carson is a Red River College graduate from the Mechanical Engineering Technology program and is a Level II IR Thermographer. Cory has previously worked for a mechanical engineering consultant with duties including drafting, heating and cooling take-offs, and mechanical system design.

Cory has been working at Red River College for past seven years and during this time has conducted airtightness testing on over 50 large building in Manitoba, Saskatchewan and Ontario. Cory has also assisted in the development and been on the sub-committee for a new airtightness testing standard.

John Chamberlin is the Senior Product Manager at Georgia-Pacific responsible for the DensElement® Barrier System. Mr. Chamberlin has worked in the building products industry for his entire career with most of his work focusing on new product development for disruptive technologies in the

building envelope space. Mr. Chamberlin is actively involved in the building industry, serving as a member of multiple committees and former director for the board of the Air Barrier Association of America and a frequent attendee of his local Building Enclosure Council. Mr.

Chamberlin graduated from the University of Tennessee with a Bachelor of Science degree in Marketing and later received his M.B.A. from Emory University.

EXO-TEC Consulting, Inc.

Simpson Gumpertz & Heger, Inc.

Red River College

Georgia-Pacific Gypsum

LEN ANASTASI, FABAA, CSI, CDT

VINCE CAMMALLERI, AIA

CORY CARSON

JOHN CHAMBERLIN

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, facilitator and 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 scientist’s 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 enclosure to various building official associations, city departments, building enclosure councils and chapters of the American Institute of Architects, Construction Specifications Institute and a number of local home builder associations.

Ryan frequently publishes papers for design and construction magazines such as Journal of Building Enclosure and Design, Construct Canada, Interface, Coating Pro Magazine, Spray Foam Professional to name a few.

The Air Barrier Association of AmericaRYAN DALGLEISH


SPEAKERS

Gorman Richardson Lewis Architects, Inc.

CLEB-UL

Raths, Raths & Johnson, Inc.

CLEB-UL

Robert Gutmann is an Assistant Project Manager in the Building Envelope Sciences department at Gorman Richardson Lewis Architects (GRLA) in Hopkinton, Massachusetts. Robert holds a Bachelor of Science in Architectural Engineering and Master of Science in Construction Management from

Wentworth Institute of Technology in Boston, MA. Over his career, Robert has worked on variety of projects ranging from residential condominium projects to public educational and civic facilities. At GRLA, Robert has been involved in the planning and fabrication of testing equipment that abides by ASTM standards for testing of facades and roof systems.

Robert Jutras is a Principal Engineer for the Building Envelope Performance Group at UL LLC.He is a graduate of École Polytechnique, the engineering department of the University of Montréal, earning a Bachelor degree in mechanical engineering. He has devoted

the last 32 years of his career to building components testing and evaluation as well as standard and code development. He actively participates at ASTM, CSA, AAMA, NFRC, ULC and IGMA. He is also a voting member of the standing committee for environmental separators (Part 5) of the Canadian building code. He is also the codes and standards director at CLEB a UL company located in Varennes, Québec.

Sarah Flock has over 12 years of architectural experience in water/moisture intrusion investigations, repair design, and field testing of distressed structures, and nonperforming buildings and material systems. At RRJ, she has specialized in building enclosure assessment and in the resolution of moisture intrusion, including

condensation formation. She has performed hygrothermal modeling to analyze a wide range of projects utilizing her knowledge and expertise in THERM, WUFI, and other types of computer analyses. Building materials and systems she has evaluated and tested include masonry, windows, curtain walls, metal panels, stucco, wood and vinyl cladding systems, and exterior insulation and finish systems (EIFS). Her experience has involved architectural peer review of building enclosures and assemblies to ensure the designs meet the demanding codes and standards for energy efficiency and environmental performance. With her extensive building enclosure knowledge, she has provided litigation support and served as an expert witness on a variety of related failures. Previously, she gained experience working at both an engineering firm and residential design practice in the areas of site investigations, code analysis, construction documents, and interactive graphics.

She served as a teaching assistant for a construction and building technology course while working on her Master’s degree at the University of Illinois, Urbana-Champaign.

Pierre-Olivier Fecteau is a project manager in the Materials & Systems Testing department at CLEB-UL. Graduated with a mechanical engineering Bachelor degree, he learned the foundation of building envelope science during his years working for a major building envelope testing laboratory.

ROBERT GUTMANN

ROBERT JUTRAS

SARAH FLOCK

PIERRE-OLIVIER FECTEAU

Andrew Dunlap’s primary work experience is in the analysis and development of exterior building enclosures, including historic buildings. Exterior enclosure expertise is comprised of roofing, skylights, windows, curtain walls, rainscreen/cavity walls and waterproofing, and includes development of

remediation options and construction documents for corrective work. Andrew’s work focuses on providing energy efficient designs as he regularly participates in validating designs for energy code compliance or to exceed code requirements. Project responsibilities include the collection of detailed building information, investigation and analysis of existing conditions, computerized thermal analysis of building systems (WUFI 5.2, THERM 7, WINDOW 7, and other software packages), formulation of remediation plans, preparation of construction documents for remediation, and construction contract administration including field observation and systems testing. This work often includes performing diagnostic field water tests as part of the forensic investigations or used to validate installed conditions.

SmithGroupJJR

ANDREW DUNLAP AIA, CDT, LEED AP, NCARB


SPEAKERS

Sarah Krawiec is a technical engineer with the Gorman Richardson Lewis Architects (GRLA) Building Envelope Sciences Group and a graduate of the University of Massachusetts Lowell with a Bachelor of Science degree in Civil Engineering. Sarah performs evaluations of failed

and deteriorated building envelope systems, diagnoses issues, and designs repairs. She is familiar with the latest materials and techniques used in building envelope construction, and has worked successfully with universities, corporate facilities, and condominium associations. She also provides building envelope consulting and peer review services for new and existing construction to other architects and engineers. Sarah is a Board member of the Boston Building Enclosure Council, a nonprofit organization whose purpose is to provide a forum to share and promote the pursuit of excellence in the design, construction, or other technical aspects of the building enclosure by sharing knowledge, experience and information through panels, presentations and discussions.

Gorman Richardson Lewis Architects, Inc.SARAH KRAWIEC

R. Christopher “Chris” Mathis has spent the past 34 years focusing on how buildings and building products perform – from energy efficiency to code compliance to long-term durability. Today, his business focus is to work with strategically-aligned clients,

leveraging that knowledge and understanding to improve buildings, building products and the codes and standards that govern them.

As president of Mathis Consulting Company (MC2), Chris and his team provides a variety of strategic services to both private and public sector interests related to buildings and building product performance. The MC2 team provides strategic support services to energy and building industry leaders – from trend analysis to code assessment to regulatory positioning. These efforts address product and building performance issues for new construction as well as for renovation, energy use and peak demand issues for utilities, meaningful sustainability metrics, as well as local, state and national regulatory planning. Chris and his team conduct frequent training seminars for architects, builders, manufacturers, code officials and others addressing these myriad energy and performance issues – from improved building energy efficiency and comfort to energy and power planning to improved building and energy codes to the challenges of sustainability and green building.

MC² – Mathis Consulting CompanyCHRIS MATHIS

Kevin is a building enclosure authority with over 30 years’ experience in field observation and testing, commissioning, research, education and training. Kevin has collaborated with federal and provincial governments, utilities, and private sector companies on many projects. He has had

numerous papers published in Canada, United States and Europe, and is a frequent lecturer on building science. He currently sits on the ASTM E06 Performance of Buildings co-chair for the Standard Practice for Enclosure Commissioning, and chair for the Enclosure Commissioning Training and Certification, is a member of Society of Protective Coatings and Chairs the Commercial Air/Vapor Barriers Committee. Kevin sat on the ULC Standards Committee for Air Barriers, and CSA Z320 Building Commissioning Architectural Subcommittee.

Jodi joined WDP in 2013 and has experience providing professional design and construction administration services for post-occupancy failures of existing buildings related to the building envelope. She has performed numerous field investigations for air and moisture related issues ranging from bulk water infiltration

to air leakage to hygrothermal performance. Jodi has completed a certificate course for WUFI and is an NFRC Certified Simulator, both tools that are used to model performance of existing buildings and to make recommendations for new construction projects. Jodi is also a member of

ASTM and participates on subcommittees for Historic Preservation and Thermal Insulation and has been actively involved in the development of the ASTM Standard 3069-17 which provides guidance for historic preservation of existing mass masonry walls when changing the thermal or moisture properties of the wall. Her experience in evaluating existing wall assemblies includes deploying data logging instrumentation devices and subsequently analyzing the data acquired to determine how heat, air, and moisture are moving simultaneously through building assemblies and ultimately understand the performance and behavior of a building component.

Red River College Building Envelope Technology Access Centre

WDP & Associates Consulting Engineers, Inc.

KEVIN KNIGHT

JODI KNOROWSKI


SPEAKERS

Mr. Posenecker joined Building Exterior Solutions, Inc. (BES) in March of 2015. He is a registered engineer in the State of Texas. His experience includes the design, construction, testing and forensic investigation of building envelope systems. Previously, he was an Estimating Manager

with Chamberlin Roofing and Waterproofing from 2005 through 2015, Project Manager for Advanced Environmental Concepts from 1997 through 2005, an Engineering Team Leader at Southern Company Services from 1987 through 1997, and a Senior Engineer with Bechtel Power from 1982 to 1987.

Throughout his career, Mr. Posenecker has participated in a wide variety of projects associated with the building envelope that include containment systems for commercial nuclear power plants; noise control systems for commercial and institutional projects; and waterproofing for commercial high-rise office and multi-family buildings, medical and educational institutional projects, and large concrete structural projects. Mr. Posenecker specializes in waterproofing and cladding systems associated with the building envelope. He is an active member in several professional organizations including the Austin Building Enclosure Council (BEC), National Institute of Buildings Sciences (NIBS), and the International Concrete Restoration Institute (ICRI).

Building Exterior Solutions (BES) a Terracon Company

JOHN POSENECKER, PE (TX), ABAA TECHNICAL COMMITTEE CO-CHAIR

Melissa Payne, BECxP, CxA+BE, CDT joined Tremco’s Building Envelope Solutions Team in November 2018. Prior to joining Tremco, Melissa provided building envelope commissioning and consulting services, and conducted forensic investigations at Miller, P.C. Prior to leading the building enclosure division at

Miller, she served as owner’s representative on building enclosure projects for City Utilities of Springfield, Missouri.

Melissa possess a strong foundation in industry standards related to building envelope commissioning process, building science, performance testing, and building envelope construction. As a Level 2 Building Science Thermographer she actively uses thermography in the study of building enclosure failures. Her owner representative, consulting and commissioning experience, forensic work, and manufacturer internal consultant involvement gives her an encompassing perspective of the construction industry. Currently working with owners, architects, engineers, designers, construction manager/general contractors, and enclosure trades to promote the integrity and performance of building enclosures.

Melissa maintains high involvement in the design and construction industry as a guest speaker at Drury University School of Architecture, currently a board member of the SWMO-CSI, a member of ICC, and as chair and founding member of BEC-OR. She is member of ISO on ISO/TC 163 Committee, 21105-20106 Thermal performance in the built environment – Building envelope performance verification and commissioning BECx.

Tremco

MELISSA PAYNE, BECXP, CXA+BE, CDT, LEVEL II BUILDING SCIENCE THERMOGRAPHER

TIMOTHY MILLS, president of TAM Consultants, brings over 30 years of experience as an engineer, building envelope specialist, and roofing systems consultant for the built environment. Mills is also a licensed field auditor, instructor, and speaker for the Air Barrier Association

of America (ABAA). Project types include commercial, federal, municipal, educational, institutional, single-and multifamily residential, historical, industrial and manufacturing facilities, laboratory, parking, green buildings, and retirement facilities. Mills is a frequent speaker on building envelope, forensic issues, and roofing systems. He has spoken at numerous ABAA conferences and has appeared as a guest lecturer at Penn State University.

Keith brings over 16 years providing critical evaluation of design details and field review of new and existing building enclosure projects. He has been involved in a broad range of projects throughout North America with services including enclosure evaluation, detailing, design

and product submittal review, construction phase observation and evaluation, below-grade waterproofing investigation, testing and repair, and building code analysis.

TAM Consultants, Inc.

ECS Mid-Atlantic, LLC

TIMOTHY MILLS P.E., LEED AP, CERTIFIED INFRARED THERMOGRAPHER, ABAA FIELD AUDITOR

KEITH NELSON, AIA


SPEAKERS

Barry Reid, LEED® AP BD+C, is Building Envelope Technical Manager for GP Gypsum LLC. He assists customers on gypsum product technical issues, building envelope applications and performance, and green building contributions when GP Gypsum products are used. He is part of GP Gypsum Technical Services

and Product Management teams integrating building science principles into Georgia-Pacific Building Products and applications. Current building related activities include; Current chair of ASTM E60.01 Sustainability; Buildings and Construction Subcommittee; Air Barrier Association of America (ABAA) Technical Committee member, and past chair and current member of the Gypsum Association’s External Issues Committee.

Anthony was awarded a position at Kawneer Canada in May 1986, based on an award sponsored by Kawneer to his attending College. He was hired as a draftsperson and within 3 months was working for product engineering group doing most of the technical drawings for new products. In 1987, he became the first

Canadian Kawneer tech to develop systems and with the usage of AutoCAD and begin the process of all Kawneer product design and engineering with AutoCAD.

In the early 90’s he became part of the Kawneer product engineering group that was responsible for all the design, development and testing of Kawneer’s Hi-Performance product lines with of ISOweb and ISOport thermal break technology.

In 1997, he became the product application engineer for Kawneer specializing in Curtain Wall, Windows and Skylights. Then in 1998 he was offered the position for Field Investigation Technician too which he is still serving today. This position takes him to many project sites around the USA and Canada to provide forensic and investigative services of Kawneer product performance. He also trains the Kawneer Customer base on installation and fabrication of Kawneer Systems. This May he will be celebrating 33 yrs. of service with the Kawneer Company.

GP Gypsum LLC

Kawneer Company

BARRY REID, LEED AP BD+C

ANTHONY C. SANTOCONO

Currently the Building Envelope Product Group Manager/ Building Science Specialist for W.R. MEADOWS, Russell Snow has over 20 years of experience in the construction industry, including building envelope, concrete restoration and products used in the treatment of concrete. Presently, his

main responsibility is overseeing the building envelope line of products, which also includes providing technical support to all members of the construction industry, including the W.R. MEADOWS’ sales team, both in Canada and the US. Other responsibilities include the development of specifications at the architectural / engineering level, as well as the creation of presentations for continuing education programs through AEC, AIA, and various other organizations. Russell attained his LEED Accredited Professional designation in April of 2008 and is currently involved with a number of associations including the Air Barrier Association of America Technical Committee, National Air Barrier Association Board of Directors, Construction Specifications Canada, ASTM E06, ASTM D08, and American Concrete Institute committees.

Schauffele is an internationally published author and speaker in the fields of energy conservation and sustainable building envelopes including insulation, air barrier technology, roofing & waterproofing, vegetative & cool roofing, all with an eye towards improving building science, performance and quality of life.

He is the acknowledged inventor of “The Perfect Wall” which is now the nationwide building code standard for wall construction.

He is President and founder of Division 7 Solutions, Inc, now entering its 31st year of continuous operations and recently sold off his manufacturing firm to an international corporation.

He was the first Technical Director of SPRI (Single Ply Roofing Institute), a Construction Specifications Institute (CSI) Board Director. He has been an elected City Councilperson, a Texas Senate and Gubernatorial appointed official in the State of Texas.

He currently serves as a Past Board Chairman of the ABAA (Air Barrier Association of America), after 3 terms as Chairman. Currently a Technical

Advisor to Build San Antonio Green (BSAG) and an award winner 2012 for his Technical Contributions to BSAG and last year named (2016) Individual Green Practitioner by the City of San Antonio for Sustainable Education and Outreach.

Globally, he is the only person to be a Fellow of both CSI and ABAA and he continues to be a requested national speaker on energy conservation and sustainability.

W.R. MeadowsPresident, Division 7 Solutions, Inc.

RUSSELL SNOW, CHAIR – THE AIR BARRIER ASSOCIATION OF AMERICA

ROY F. SCHAUFFELE, FCSI, CCPR, FABAA, LEED GREEN ASSOCIATE


SPEAKERS

upgrading existing building enclosures.

Brian is a frequent speaker on the subjects of: commissioning the building enclosure (BECx), quality in construction, and mock ups / first run studies. Brian has also chaired numerous speaker sessions at national conferences and hosted roundtable discussions. He holds the following industry positions and affiliations:

Past Chair, National Building Enclosure Council (NBEC)Vice Chair and a Director, Air Barrier Association of America (ABAA): Past Chair Research CommitteeAdvisory Board Member, Building Enclosure Technology and Environmental Council (BETEC a Council of the National Institute of Building Sciences – NIBS), Washington, DCFounder and Chair, Building Enclosure Council of Wisconsin (BEC-WI)Voting member of ASTM E06 – Building PerformanceSenior Member, American Society of Quality (ASQ)Certified, American Society for Healthcare Engineering (ASHE)White papers by Mr. Stroik on the subjects of building energy efficiency and building enclosure design, among others, have been published in The Journal of Energy Efficiency & Reliability, The Journal of Building Enclosure Design and SprayFoam Magazine.

John Straube is a Principal at RDH Building Science, where he heads forensic investigations and leads research projects in the areas of low-energy building design, building enclosure performance, hygrothermal analysis, and field monitoring of wall assemblies. He is also a prolific writer and a noted public

speaker. As one blogger wrote after attending a keynote speech: “he clearly loves what he does.”

In addition to his work with RDH, Dr. Straube is a cross-appointed faculty member in the School of Architecture and the Department of Civil and Environmental Engineering at the University of Waterloo. Dr. Straube’s leadership as a building scientist and an educator has been recognized with multiple awards, including the Lifetime Achievement Award in Building Science Education from the National Consortium of Housing Research Centers (NCHRC) and the Professional Leadership Award from the Northeast Sustainable Energy Association (NESEA).

Brian Stroik is a recognized industry leader in the construction of energy efficient, sustainable and durable buildings.

Brian works with key industry organizations – including the Air Barrier Association of America, the National Building Enclosure

Council, the Building Enclosure Technology and Environmental Council (BETEC), and ASTM E06 – on research and education regarding building enclosures, energy efficiency, retrofitting and

RDH Building Science Inc.

Tremco Sealants & Waterproofing

JOHN STRAUBE

BRIAN STROIK

Adam brings 11 years of experience as an engineer. His most recent roles with Intertek have concentrated on building enclosure consulting / commissioning, forensic investigations, working on projects throughout the United States evaluating and designing residential, commercial and

industrial enclosure assemblies in various climate zones including roofing, claddings, fenestrations and below grade waterproofing. He also leads the Building Science Solutions Mid-Atlantic consulting group for Intertek’s Building and Construction division. Managerial duties include staff members in offices in the Mid-Atlantic region and Pittsburgh, PA. Consulting Engineering practice areas under Adam’s leadership includes building enclosure consulting/commissioning, forensic investigations, whole building airtightness testing and infrared thermography discipline areas. Apart from Intertek, Adam is an ABAA board member and is currently chair of the Terminations, Transitions and Flashing Task Group and co-chair of the Whole Building Airtightness Testing task group.

Mr. Andrew Wagner is currently the Charlottesville, Virginia Divisional Manager with WDP & Associates Consulting Engineers. He performs and manages architectural, structural and material engineering activities. He specializes in facade restoration and repair, building

envelope design and detailing, fenestration specification and testing, submittal and

Marcy Tyler has worked in the commercial construction market for over 15 years. Her focus has been dedicated to the building façade. She is currently the Technical Marketing Manager for Tremco Commercial Sealants and Waterproofing. During her 15 years at Tremco she has had many roles that involved the building façade and

being a technical resource. In her current role she is heavily involved in the strategic development and education of the product and systems that make the critical connections and stop the uncontrolled flow of air within the building facade.

Intertek

WDP & Associates Consulting Engineers, Inc.

Tremco Commercial Sealants & Waterproofing

ADAM UGLIUZZA

ANDREW WAGNER

MARCY TYLER


SPEAKERS

construction document review, construction observation and review, air barrier audits for the Air Barrier Association of America and a member of ASTM E06 committee on the Performance of Buildings. Mr. Wagner’s education includes a Bachelor’s of Science in Civil Engineering in 2007 from Virginia Polytechnic Institute and State University, and is currently licensed as a civil engineer in the state of Virginia.

Andrea Wagner Watts is the Commercial Wall Application Technology Leader for Dow Building Solutions. Andrea started her career at Dow Corning as a sales engineer and then continued for 7 years as an Application Engineer within High Performance Building focusing on preventing air and water

infiltration through the building envelope. She has successfully helped to develop products including sealants and air/water barrier system solutions. In her current role, she is focused on improving the overall air/water/thermal performance of the building envelope through application innovation and new product development. Andrea has authored articles, papers and conference presentations relating to building air/water tightness, interface details, building science, durability and resiliency and she has 2 patents. She is a LEED® Green Associate and is active in a number of industry organizations including ASTM and is the Co-Chair of the Technical Committee at ABAA. Andrea holds a Bachelor of Science in Civil Engineering from Cornell University.

Dow Performance Building Solutions

ANDREA WAGNER WATTS, LEED GREEN ASSOCIATE, ABAA TECHNICAL COMMITTEE CO-CHAIR

Mr. Wood is the Senior Building Scientist at VaproShield, providing product QA/QC on manufactured materials and investigation/testing of properties for new product development. He provides technical support for the company’s representatives, client inquiries and assists in the development and updating

product literature.

Scott Wood is an ITC certified Level III Thermographer, as well as having many special certifications such as; Building Science Thermography (CBST), Applications of Infrared Thermography in the Inspection and Diagnosis of Low Slope Commercial Roofing Systems. As president of SWA Consulting, Mr. Wood’ provides investigations, consulting, presentations and training in Building Science Thermography and building science.

Mr. Wood has many publications and provided numerous presentations. He is a founding member and treasurer of the International Association of Certified Thermographers (IACT), active voting member for ASTM International C16 and C6 committees, additional membership in; ABAA, National Institute of Building Sciences (NIBS) and local Seattle Building Enclosure Council (SeaBEC).

SWA ConsultingPepper Construction

SCOTT WOOD, CBST, CERTIFIED LEVEL III THERMOGRAPHER

I am an Architect in several states working for a large General Contractor in the Midwest as the Director of Quality, specializing in the building envelope. I have been practicing for over 30 years. I hold several certifications, such as Building Envelope Commissioning Agent, Registered Exterior Wall

Consultant, Registered Waterproofing Consultant, and Registered Roof Observer, among other certifications in the construction industry.

I have presented at previous ABAA conventions over the past several years.

COREY ZUSSMAN AIA, NCARB, ALA, REWC, RWC, RRO, CDT, CSI, CQM, LEED AP BD+C LEVEL 1 THERMOGRAPHER

SAVE THE DATECONFERENCE LOCATION: THE HYATT REGENCY RESTON ( 1800 PRESIDENTS ST, RESTON, VA 20190 )

RESTON APRIL 7-8

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