AIA Courses

Air Barrier Testing in Review - Air barriers play a critical role in preventing air and moisture infiltration, safeguarding the integrity, energy efficiency, and durability of buildings. However, frequent testing and thermographic imaging reveal that air barrier failures are a common source of building leaks. Issues such as improper lapping, poor detailing of terminations, incompatible materials, and lack of adhesion are often to blame. These failures can lead to costly repairs and compromised performance if not addressed early. This course explores industry-recognized requirements and testing methods for air barrier membranes, equipping participants with the knowledge to identify and prevent potential failures. Additionally, the course highlights how enhanced testing can evaluate long-term performance, providing confidence and peace of mind before construction begins.

Fluid-Applied Air Barrier Technologies, Challenges, and Performance - Air barriers are critical in construction today as they control the flow of air in and out of the building. Uncontrolled air leakage can have detrimental effects on how a building functions in terms of occupant comfort, indoor air quality and energy usage. This course will delve into the world of fluid-applied air barriers. Participants will take a comprehensive look at the field of fluid-applied air barriers, focusing on the intricacies of their technologies, the challenges associated with their application, and the performance levels that they offer.

Raise Your Expectations of Continuous Insulation and Air Barrier Systems - The dynamic landscape of contemporary construction practices has catalyzed advancements in continuous insulation and air barrier technologies. This course is designed to equip specifiers with a comprehensive understanding of these critical building components, thereby enabling them to optimize wall system functionality. The curriculum offers an extensive exploration of both in-field and off-site continuous insulation (CI) and air barrier technology options, along with a deep dive into pivotal factors such as material compatibility, whole system testing, and warranty coverage - all aimed at fortifying overall building protection and performance.

Continuous Insulation and Air Barriers for High Performance Framed Wall Assemblies- As building codes evolve, the requirements for continuous insulation (CI) and air barrier integration in building envelope walls have become more stringent. Meeting these updated standards necessitates the use of advanced framed wall assemblies that deliver superior energy efficiency and long-term reductions in energy consumption. This course delves into the building code requirements shaping the design and construction of high-performance framed wall assemblies. Participants will explore practical strategies for incorporating continuous insulation (CI) and air barriers into cost-effective, code-compliant, and energy-efficient building envelopes.

Maximizing Efficiency in Commercial Construction: The Power of Prefabricated Air Barriers - In today's commercial construction landscape, reducing waste and enhancing efficiency are paramount. This presentation explores the transformative benefits of prefabricated air barrier membranes, a crucial component in streamlining construction processes without sacrificing performance. Discover how prefabrication can significantly cut construction time while maintaining high standards of energy efficiency and building integrity. Participants will gain valuable insights into the advantages of prefabrication, learning what to consider when evaluating and selecting air barrier systems. The course will also delve into the critical connectivity choices that ensure seamless integration on the jobsite, ultimately leading to efficient and effective construction outcomes.

Building Enclosure Architectural Details - Conveying Construction Drawing Clarity- Creating air-tight, water-tight, and energy-efficient buildings requires a holistic understanding of the entire building enclosure system. Without this knowledge, architectural details often fall short, leading to incomplete designs, gaps in critical information, and exterior wall components that are improperly installed. This lack of clarity forces contractors to "figure it out in the field," resulting in inefficiencies and potential failures. This presentation will explore the foundational principles of building science and demonstrate how thoughtful, precise drawings can lead to sustainable, high-performing structures. By focusing on key building enclosure details such as foundation-to-wall, roof-to-wall, window-to-wall, penetrations, and transitions between dissimilar materials, you'll uncover strategies to ensure clarity, functionality, and beauty in design.

The Building Enclosure: A Jacket of Protection for your Building- Just like a jacket protects us from the elements – wind, water, and fire – your building enclosure protects your building and its occupants from the elements, such as wind-driven rains, outside temperature differentials and even fire. This course will walk participants through the different building components that make up the building enclosure and evaluate them for their resistance to wind, water, and fire. In addition, participants will examine how building components, when combined as a system, contribute to energy efficiency and resiliency.

Mastering Building Enclosure Interfaces: Key Solutions for Construction Excellence at Every Project Phase- Water intrusion is one of the most significant threats to the durability and performance of building enclosures today. It can manifest in various forms some obvious, like roof leaks or basement flooding, and others more insidious, such as water vapor accumulation and condensation. If left unchecked, water intrusion can lead to both cosmetic and structural damage, compromising the safety and health of building occupants. This course delves into real-world case studies to explore the investigation of water intrusion issues in facades, roofs, and parking structures. Participants will learn how to identify problem areas, evaluate potential solutions, and understand the challenges and benefits of each approach. Through step-by-step guidance, attendees will gain the skills needed to select and implement effective solutions that restore building enclosures to optimal performance, ensuring long-term protection against water intrusion and its associated risks.

Navigating Evolving Building Science: Exterior Wall Dynamics and Standards- This course offers an in-depth exploration into the shifting landscape of construction practices and their impact on the dew point location within exterior walls. As building methodologies evolve, so too must our understanding and adherence to new codes and standards. This course addresses the critical need for updated building science to prevent exterior wall failures and enhance the performance of modern structures. Participants will engage with a comprehensive review of exterior wall failures, uncovering the key causes and implications for building integrity and safety. The course also covers the most relevant standards and codes that govern energy efficiency and durability, ensuring participants are well-versed in the requirements for high-performing buildings. Additionally, current ASTM and AMAA standards for in situ validation testing will be examined, providing practical insights into maintaining compliance and quality in construction projects. By the end of this course, architects, builders, and construction professionals will have a robust understanding of the dynamic factors influencing building design and the essential standards necessary to achieve resilient and efficient structures.

Transforming Educational Spaces: Innovative Restoration and Construction of 40,000+ K-12 Facilities- Dive into the transformative journey of enhancing educational environments through innovative restoration, renovation, and new construction projects across more than 40,000 K-12 structures. This course offers a comprehensive exploration of pioneering practices that ensure safer, quieter, and more efficient learning spaces. Gain insights from real-world case studies that showcase the integration of energy efficiency and resilience in building design, delivering substantial cost savings and fostering community growth. By understanding the challenges and solutions encountered in these large-scale projects, participants will be equipped with the strategies to optimize building performance and durability, ultimately benefiting students and the wider community.

Facility Asset Management- The Facility Asset Building Envelope Management presentation will help you eliminate small problems such as air & water leaks and minor imperfections before they become expensive issues that require major repair or replacement. By employing a proactive asset management program, you can significantly extend the service life of your roofing and building envelope, lower your total facility management costs, and reduce energy consumption.

Maintaining Building Envelope Integrity- A review of water entry points in the building envelope; provides a basic review of often overlooked areas including coping joints, porous/deteriorated masonry walls, thru-wall construction, wall louvers, window & door openings and HVAC entry points.

The Critical Roof to Wall Connection - A strong and reliable connection between the roof and wall is essential for building enclosure integrity, energy efficiency, and long-term durability. This course introduces an innovative approach to roof-to-wall connections using a simplified, prefabricated parapet cap solution. Traditional parapet caps, often constructed in the field with wood, can warp, twist, and compromise the connection's stability. In contrast, this course explores a high-strength, prefabricated option designed for stability, sustainability, and compatibility with any wall structure. Participants will learn how this Engineered Framing System streamlines installation, enhances structural performance, and delivers superior results for commercial construction projects.

Mastering Building Envelope Continuity: Waterproofing, Air Barriers, and Seamless Integration- In modern construction, achieving a continuous and effective building envelope is essential for long-term performance and durability. This course dives into the critical interfaces between air barrier systems and below-grade waterproofing, exploring how to ensure seamless integration. With a vast array of materials available in the waterproofing, sealant, and air barrier industries, understanding product compatibility and proper selection is key to success. Participants will gain insights into the chemistry, applications, and best practices for connecting these systems, ensuring the building envelope remains robust and resilient over time.

Barriers to Achieving a Code Compliant Building Envelope Wall Assembly- Recent changes to the 2012 and 2015 International Building code (IBC) and International Energy Conservation Code (IECC) have substantially raised the bar toward the development of high performance building envelope framed wall assemblies. These current or soon to be adopted codes now require the integration of the following four (4) primary barriers within a framed wall assembly: water-resistive, air, vapor retarder and thermal. This program explores the four (4) barrier code criteria, outlines their requirements and placements in the framed wall assembly and examines specifically the challenges associated with their integration and compatibility. Attendees will specifically learn what these code criteria are, how they affect traditional framed wall assembly design and detailing and how the four (4) barriers can be implemented into a successful, code complaint, cost effective and high performance building envelope for new or renovation construction.

Stop Water Intrusion and Make your Building Enclosure Perform like New- Water intrusion is dangerous. It damages a building first cosmetically, and then structurally. In fact, water intrusion is one of the most significant factors affecting the durability of a building envelope today. And, it happens in many forms, some obvious like a leak in the roof or flooding in the basement, and some not so obvious like the accumulation of water vapor and condensation in an area. Whether you have a new construction, restoration or in-plant job, care must be taken when making critical connections on the facade and the entire building enclosure. Doing so is what helps resist mother nature's biggest threats and protect not only the building, but also the health of its occupants. This course will review real case studies around water intrusion, outlining the investigation of the existing facade, roof, and parking structure assemblies. For each identified issue, participants will walk through a variety of solutions and outline their challenges and benefits. Finally, participants will select a solution for each issue and be provided step-by-step guidance on the installation and application.

Assessing & Maintaining Roofing and Building Envelope- Commercial roofing systems and roofing details can be very complex and difficult to properly maintain. Regular inspections and preventative maintenance can make all the difference in keeping these expensive assets performing well, even beyond their warranty. We will review possible water infiltration points in the building envelope and provide a basic review of often overlooked areas including coping joints, porous/deteriorated masonry walls, flashings, counterflashings, window and door openings, and HVAC penetrations. Attendees will learn how to perform basic roof inspections and understand the different types of diagnostic tools used to discern roof problems.

Understanding EIFS: Composition, Performance, Compliance and Above All – History- This course provides a comprehensive examination of Exterior Insulation and Finish Systems (EIFS), tracing their evolution from post-World War II European origins to their role as a modern high-performance building enclosure solution. Participants will explore EIFS system components, thermal and moisture management principles, code compliance requirements, fire performance considerations, and the transition from traditional barrier systems to today's drainage-based assemblies. The program also addresses the lessons learned from historical moisture intrusion issues, advancements in building science, and the integration of EIFS with contemporary energy efficiency, sustainability, and resilience objectives. Attendees will gain practical knowledge for evaluating, specifying, and detailing EIFS assemblies that support code compliance, occupant comfort, durability, and long-term building performance.

Single-Skin Metal Panel Façade Systems: Design, Performance, and Application in Building Enclosures- This course examines the design, performance, and application of metal façade systems, with a primary focus on single-skin metal panel assemblies within modern building enclosure design. Participants will review key terminology, including back-up walls, attachment systems, fabrication methods, and integral trim, and how these components contribute to overall wall system performance.  The course provides a comparative understanding of common metal façade system types—including insulated metal panels (IMPs), metal composite materials (MCM/ACM), standing seam systems, and single-skin panels—evaluating differences in design, detailing, constructability and durability. Emphasis is placed on the role of single-skin panels as rainscreen cladding systems and their integration with air/water-resistive barriers (AWRBs) and continuous insulation strategies. Participants will also explore performance considerations such as moisture management, air control, thermal efficiency, finish durability, and building code compliance. The course equips design professionals with practical knowledge to support informed material election and detailing decisions that improve building safety, sustainability, and long-term performance.

Advancements in EIFS for Today's Building Envelope Design Challenges- As building codes evolve, exterior wall assemblies must do more than ever. Designers and specifiers now balance energy efficiency, air and moisture management and fire performance while meeting goals for resilience and sustainability. This program examines the major advancements in Exterior Insulation and Finish Systems (EIFS) that address these envelope design and performance challenges. Today's EIFS solutions offer versatility in system type, durability and aesthetics, adapting to new builds, restoration, renovation and modular construction. Just as important, EIFS consolidates several code-driven requirements into one specification source: continuous insulation (ci), an air/water-resistive barrier (awrb) and NFPA 285 fire-testing compliance. For architects and specifiers, that means cleaner specs, fewer compatibility questions and reduced risk. This session revisits EIFS composition, explores the latest technology and shows how a single-sourced cladding can help your next project exceed regulatory standards while preserving your design vision.

EIFS 101:  An Introduction to Exterior Insulation and Finish Systems- Few cladding systems deliver the range of performance that Exterior Insulation and Finish Systems (EIFS) bring to a project. That is exactly why more architects are turning to them. With standout durability, higher R-values, lower maintenance, remarkable design flexibility and dependable code compliance, EIFS offers a rare combination of function and beauty in a single package. This course introduces EIFS as a true single-source exterior insulated cladding solution, well suited for commercial, residential, new and retrofit construction. Whether you are designing a ground-up commercial build or refreshing an aging façade, EIFS gives you the tools to hit your performance targets without compromising on style. You will explore the key architectural decisions that shape a successful EIFS installation, from substrate selection to detailing and finish. More importantly, you will see how EIFS fits into designs that maximize aesthetic value, extend building longevity and support your sustainability goals. We will also cover how these systems can contribute to LEED ratings and strengthen the long-term cost-effectiveness of your projects. By the end, you will have a clear, practical understanding of how to specify EIFS with confidence, balancing creative vision with the technical rigor your projects demand.

Prefabricated EIFS-Clad Wall Assemblies - Design Considerations and Benefits of a Panelized Approach- Explore the innovative world of prefabricated construction and how it is revolutionizing the building industry. This course provides a deep understanding of Prefabricated EIFS-Clad Wall Assemblies, a cutting-edge solution for creating energy-efficient, cost-effective, and aesthetically stunning building envelopes. Participants will learn how these prefabricated wall systems accelerate construction timelines, extend building seasons, and achieve exceptional durability and performance. Through this course, participants will gain insight into the fundamentals of prefabricated walls, including design considerations, features, and the multitude of configurations and finishes available. By the end of the course, attendees will be equipped to integrate Prefabricated EIFS-Clad Wall Assemblies into their design and construction processes to meet modern building demands.  

Understanding MCM Systems- Dive into the world of Metal Composite Material (MCM) systems. This course covers the essential and advanced aspects of MCM systems, emphasizing the significance of rainscreens and their qualification. Participants will gain a thorough understanding of what constitutes a rainscreen, the various types of MCMs, such as ACM, and the critical role manufacturer specifications play in system performance. The course will explore the fabrication process, highlighting the importance of color flexibility and the necessity of fabricators with installer training programs. Discover the numerous advantages MCMs offer over Insulated Metal Panels (IMPs), including cost-effectiveness, aesthetic appeal, and installation considerations. Learn about essential testing and performance criteria, including NFPA 285, Miami-Dade testing, and LEED standards, ensuring you are equipped with the knowledge to evaluate MCM systems effectively.

Innovative Prefabrication and Lightweight Cladding Solutions: Advancing Sustainable Building Practices- Prefabricated construction transforms how we build by designing, engineering, and assembling components off-site in a controlled environment. These components are then transported to the job site for streamlined installation, delivering greener, faster, and smarter construction solutions. This approach is gaining traction in both new builds and renovation projects due to its sustainability and efficiency. This course dives into the world of prefabricated cladding, focusing on lightweight systems such as Metal Composite Material (MCM/ACM) and Exterior Insulation and Finish System (EIFS)-based panels. These innovative cladding solutions offer significant advantages, including cost-efficiency, improved energy performance, and versatile aesthetic appeal for architects, engineers, contractors, and building owners alike. Participants will gain a comprehensive understanding of lightweight prefabricated panel systems, including their design considerations, installation techniques, and attachment methods. The training will also showcase how these systems can accelerate project timelines, extend construction seasons, and enhance the performance and appearance of new and existing structures.

The Evolution of Brick - A New Lightweight Insulated Veneer- IECC energy code criteria has changed to emphasize energy-efficient, high-performance building envelop walls through the integration of continuous insulation. This emphasis makes it increasingly more difficult to design, detail, support, and install traditional clay and thin brick claddings. This course focuses on an alternative option of a Lightweight Insulated Brick Veneer. Applicable to all construction types and market segments, this  alternative helps address the many challenges of traditional clay and thin brick claddings and substantially reduces the cost. Moreover, by integrating the size, shape and scale of traditional clay or thin brick, this alternative retains the classic and often desired aesthetic appearance of brick.

Facade Restoration Options: Good, Better, Best- This course provides an in-depth exploration of key facade restoration techniques and their applications. Participants will learn the importance of selecting appropriate methods for different building types, focusing on factors such as durability, aesthetic appeal, and cost-effectiveness. The course is tailored for architects and building professionals aiming to broaden their expertise in facade restoration, equipping them with the knowledge to make informed, strategic decisions that enhance project outcomes.

Fan Array Retrofits in AHU Restorations: Enhancing Energy Efficiency and Building Performance- This session will explore the innovative approach of Fan Array retrofits as part of HVAC Air Handling Unit (AHU) restoration. Focusing on cost-effective, sustainable solutions, the presentation will delve into the benefits of retrofitting outdated fan systems with modern fan array technology. Participants will gain insight into the engineering, construction, and performance enhancements driven by Fan Arrays, including energy efficiency, reduced downtime, and improved air quality. Case studies will highlight the real-world impact of these solutions, providing attendees with a comprehensive understanding of how Fan Array retrofits can transform aging HVAC systems.

ICF Solutions for Hospitality Facilities: Energy Efficiency and Sustainable Design- This course provides a comprehensive overview of building hospitality facilities using Insulated Concrete Forms (ICFs). Participants will explore how ICF construction optimizes energy performance, lowers building maintenance costs, and minimizes mold growth, making it an ideal choice for hospitality projects. The program highlights the application of ICF technology in structures such as midrise motels and high-rise hotels, showcasing its environmental, design, and construction advantages. Additionally, attendees will gain valuable insights into code compliance for Types I and II construction, as well as the construction techniques and detailing required for non-combustible floor and roof interfaces.

Restoring Glazing System Performance and Enhancing Aesthetics- As the world of architecture has evolved to reflect economic, environmental and regulatory commitments while improving living and working spaces, it has become crucial that we address the performances of glazing facades on aging buildings.  For those embracing modern sustainability while adhering to the latest regulations in doing so, this course looks at evaluation through restoration of glazing facade performances using numerous case studies to illustrate solutions to varied challenges as well as aesthetic enhancements that can be achieved.

This course covers essentials like gasket replacement and wet-sealing before delving into use of innovative silicone rubber boots and overlay techniques. It continues into specialized areas such as revitalizing lock-strip systems and restoring performance to historical steel windows, actually moving them from traditional putty to advanced glazing mediums like tape, silicone extrusions and sealants to maintain their classic beauty while boosting durability with enhanced visual appeal and superior weather protection.

Introduction to Insulated Concrete Forms (ICFs): A Superior Building Envelope Solution- This course offers an in-depth introduction to the features, benefits, and advantages of Insulated Concrete Forms (ICFs) as an exceptional alternative for building envelopes. Participants will explore key topics, including thermal mass performance, superior fire resistance, and enhanced sound attenuation. The program also covers the various building types suitable for ICF construction, along with the environmental, design, and construction benefits these systems provide. Essential insights into basic installation techniques, as well as an overview of how ICFs align with building codes across the country, will prepare participants to utilize this innovative construction method confidently.

Building Better Commercial Spaces with Insulated Concrete Forms (ICFs): Design, Efficiency, and Sustainability- This course provides a comprehensive exploration of building general commercial structures using Insulated Concrete Forms (ICFs). Participants will gain valuable insights into how ICFs enhance the design and construction process, delivering superior efficiency, durability, and sustainability. The program also examines how these innovative construction methods benefit building occupants and owners through improved energy performance, comfort, and long-term cost savings.

Building Better Multi-Story Structures with ICFs: Efficiency, Safety, and Speed- This course provides a detailed overview of using Insulated Concrete Forms (ICFs) in the design and construction of multi-story buildings. Participants will discover the numerous benefits of ICF technology, including enhanced energy efficiency, superior fire ratings, and faster construction timelines compared to traditional methods. The program also explores the advantages for building occupants and owners, such as increased safety, reduced maintenance, and improved environmental performance. Designed to provide both foundational knowledge and practical applications, this course equips professionals with the insights needed to leverage ICF technology effectively in multi-story projects.

Building Smarter Schools with Insulated Concrete Forms (ICFs): Energy Efficiency, Safety, and Cost Savings- This course provides a comprehensive overview of using Insulated Concrete Forms (ICFs) in the design and construction of educational facilities. Participants will learn how ICF technology enhances energy efficiency, reduces operational costs for school boards, and improves health and safety for students and staff. The program highlights the versatility of ICFs, including their potential to support multi-use needs during crises. By addressing the unique challenges and opportunities of educational buildings, this course empowers professionals to implement innovative solutions that create efficient, safe, and sustainable learning environments.

ICF Solutions for Hospitality Facilities: Energy Efficiency and Sustainable Design- This course provides a comprehensive overview of building hospitality facilities using Insulated Concrete Forms (ICFs). Participants will explore how ICF construction optimizes energy performance, lowers building maintenance costs, and minimizes mold growth, making it an ideal choice for hospitality projects. The program highlights the application of ICF technology in structures such as midrise motels and high-rise hotels, showcasing its environmental, design, and construction advantages. Additionally, attendees will gain valuable insights into code compliance for Types I and II construction, as well as the construction techniques and detailing required for non-combustible floor and roof interfaces.

Designing Healthier Medical Facilities with Insulated Concrete Forms (ICFs): Energy Efficiency and Air Quality Benefits- This course offers an insightful overview of using Insulated Concrete Forms (ICFs) in the design and construction of medical facilities. Participants will explore how ICF technology can elevate energy performance, enhance indoor air quality, and create healthier environments for patients and staff. Highlighting the unique benefits of ICFs, such as their environmental impact, design flexibility, and construction efficiency, this program also addresses critical considerations like code compliance for Type I and II construction. Additionally, attendees will gain practical knowledge of construction techniques, including non-combustible floor and roof interfacing details, to ensure seamless integration into healthcare projects.

High Performance Commercial Construction with Insulated Concrete Forms- This course will provide an in-depth exploration of the science behind the energy efficient and sustainable performance of Insulated Concrete Forms (ICF) for all types of construction.  No matter how you build or want to build, including ICFs in your construction will provide effective performance benefits.  Speakers will present on the latest innovations in ICF that are contributing to better built buildings with a focus on energy efficiency and lower life cycle costs.

Dispelling the Myths around Designing and Drafting with Insulated Concrete Forms (ICF)- This course is designed to clarify common misconceptions surrounding the use of ICF in construction. Participants will explore prevalent myths regarding cost, complexity, and performance, while gaining a deeper understanding of the substantial benefits ICF offers. The course will highlight how ICF contributes to superior energy efficiency, enhanced durability, and remarkable design flexibility, making it a valuable option for modern construction projects. Through this course, architects, builders, and construction managers will learn about the practical applications and advantages of ICF, equipping them with the insights necessary to make informed decisions in their projects. By dispelling these myths, the course aims to empower industry professionals to leverage ICF for innovative and sustainable building solutions.

Nudura ICF Basic Installation Training- The Nudura One Day Insulated Concrete Forms (ICF) Training is an intensive 8-hour program designed to equip attendees with essential knowledge and skills for successful ICF installation. This hands-on course provides a deep dive into Nudura Integrated Building Technology, covering key topics such as installation techniques, lintel design, reinforcing placement, and concrete pouring. Attendees will also explore mechanical installations, interior and exterior finishes, and gain valuable insights through live demonstrations and class involvement. Whether you are new to ICF construction or looking to refine your skills, this training offers a comprehensive foundation for integrating ICF systems into building projects efficiently and effectively.

Design Onboarding for Architects: Principles of ICF Integration- This course introduces architects to the foundational principles of designing with Insulated Concrete Forms (ICF) while demystifying their use within the built environment. Participants will gain a high-level understanding of ICF systems, including their benefits, applications, and design considerations, with a focus on the three core principles of design-ability, permit-ability, and construct-ability. The course provides an overview of how ICF impacts architectural workflows, from simplifying building assemblies to drafting considerations, and offers guidance on accessing key resources for successful implementation. By the end of the session, attendees will be equipped to confidently integrate ICF into their projects and collaborate effectively with contractors and stakeholders.

Building Smarter: The Role of Insulated Concrete Panel Systems- This course provides an in-depth exploration of insulated concrete panel systems, a cutting-edge solution for energy-efficient and sustainable construction. Participants will gain a comprehensive understanding of these systems, including their structural performance, thermal efficiency, and streamlined installation process. Through case studies, technical insights, and practical applications, this course will demonstrate how insulated concrete panel systems align with green building standards, enhance project efficiency, and contribute to resilient, high-performance structures. Attendees will leave equipped with the knowledge to specify and integrate insulated concrete panel systems into their architectural designs, ensuring compliance with building codes and sustainable building practices.

Insulated Site Cast Tilt Up Concrete Wall Systems: Principles, Performance, and Constructability- This course provides a comprehensive, objective overview of insulated site cast tilt up concrete wall systems, focusing on their design principles, performance characteristics, and construction processes. The presentation examines the step by step development of insulated concrete sandwich panels, including casting bed preparation, formation of exterior and interior concrete wythes, insulation placement, reinforcement, and panel erection.  Participants will explore how insulated tilt up wall assemblies function as fully integrated building envelope systems by combining structural capacity, thermal performance, moisture management, and durability within a single wall assembly. The course also addresses composite action between concrete wythes, insulation selection and detailing, thermal mass effects, and the role of connectors, reinforcement, and engineering coordination in achieving structural and energy performance objectives.  Constructability considerations are emphasized throughout, including panel layout, erection sequencing, lifting and bracing requirements, detailing of connections, and coordination with foundations, roof systems, and specifications. 
 

Maximizing Efficiency in Commercial Construction: The Power of Prefabricated Air Barriers - In today's commercial construction landscape, reducing waste and enhancing efficiency are paramount. This presentation explores the transformative benefits of prefabricated air barrier membranes, a crucial component in streamlining construction processes without sacrificing performance. Discover how prefabrication can significantly cut construction time while maintaining high standards of energy efficiency and building integrity. Participants will gain valuable insights into the advantages of prefabrication, learning what to consider when evaluating and selecting air barrier systems. The course will also delve into the critical connectivity choices that ensure seamless integration on the jobsite, ultimately leading to efficient and effective construction outcomes.

Innovation in the Built-Environment Through Off-Site Construction and Prefabrication- Off-site construction practices for commercial projects are growing in popularity because of their ability to combat persistent industry challenges such as weather delays, skilled labor shortages, material availability issues, and price increases. While the benefits to off-site construction are undeniable, the upfront efforts required from the project team can cause apprehension. This learning will take participants on an off-site construction journey leveraging case studies to share firsthand experiences of successful projects that have been able to turn the upfront effort into a wealth of benefits.

Understanding MCM Systems- Dive into the world of Metal Composite Material (MCM) systems. This course covers the essential and advanced aspects of MCM systems, emphasizing the significance of rainscreens and their qualification. Participants will gain a thorough understanding of what constitutes a rainscreen, the various types of MCMs, such as ACM, and the critical role manufacturer specifications play in system performance. The course will explore the fabrication process, highlighting the importance of color flexibility and the necessity of fabricators with installer training programs. Discover the numerous advantages MCMs offer over Insulated Metal Panels (IMPs), including cost-effectiveness, aesthetic appeal, and installation considerations. Learn about essential testing and performance criteria, including NFPA 285, Miami-Dade testing, and LEED standards, ensuring you are equipped with the knowledge to evaluate MCM systems effectively.

Innovative Prefabrication and Lightweight Cladding Solutions: Advancing Sustainable Building Practices- Prefabricated construction transforms how we build by designing, engineering, and assembling components off-site in a controlled environment. These components are then transported to the job site for streamlined installation, delivering greener, faster, and smarter construction solutions. This approach is gaining traction in both new builds and renovation projects due to its sustainability and efficiency. This course dives into the world of prefabricated cladding, focusing on lightweight systems such as Metal Composite Material (MCM/ACM) and Exterior Insulation and Finish System (EIFS)-based panels. These innovative cladding solutions offer significant advantages, including cost-efficiency, improved energy performance, and versatile aesthetic appeal for architects, engineers, contractors, and building owners alike. Participants will gain a comprehensive understanding of lightweight prefabricated panel systems, including their design considerations, installation techniques, and attachment methods. The training will also showcase how these systems can accelerate project timelines, extend construction seasons, and enhance the performance and appearance of new and existing structures.

Prefabricated EIFS-Clad Wall Assemblies - Design Considerations and Benefits of a Panelized Approach- Prefabricated construction is the process of designing, engineering, and assembling components for a building structure in a controlled facility away from the project site. Once assembled, components are transported to the project site for installation, resulting in greener, faster, and smarter construction. This method of construction is becoming more common in both new and renovation constructions. One element of prefabricated construction is Prefabricated EIFS-Clad Panel Assemblies. This type of wall assembly offers Architects, Engineers, General Contractors, and Building Owners a building envelope wall that is aesthetically finished, lightweight, cost effective, energy efficient, and provides continuous insulation. And because they are prefabricated, they can dramatically enhance the speed of enclosure construction and extend the overall construction season. This course will introduce participants to the fundamentals of prefabricated walls, and detail the features, benefits, and design considerations of Prefabricated EIFS-Clad Wall Assemblies. Participants will also gain an understanding of the various Prefabricated EIFS-Clad Wall configurations and options available for enhanced durability and performance. Finally, participants will gain insight into the aesthetic freedom that Prefabricated EIFS-Clad Wall Assemblies provide.  

Specifying Warranties: Getting Past "Standard"- This course is designed to equip architects and design professionals with the knowledge to navigate and evaluate manufacturer product warranties effectively. This course delves into the nuances of warranties, helping participants understand their scope, limitations, and implications during the design and specification process. By mastering the art of specifying warranties, attendees will ensure better project outcomes and mitigate potential risks.

Roofing Options- This course is a review of the many different roof system options available to the designer. It provides a basic examination of system strengths and weaknesses, life cycle expectations, energy conservation impacts and other sustainable considerations.

Modified Bitumen Roofing- An introduction to modified bitumen roofing systems; Provides a basic examination of system strengths and weaknesses, life cycle expectations, energy conservation impacts and sustainable considerations.

The Importance of Quality Detailing- A discussion of the complexities of flashing details as they pertain to different roofing systems. This presentation provides procedures on how to improve the quality of the roofing system details by being code compliant and making other upgrades to the specifications.

Modified Bitumen Roof System Field Inspection- An on-site field inspection of a modified bitumen roof system to visually identify the different types of MB membranes; understand the difference between NRCA recommended details and field fabricated details; and understand the complexities of meeting code requirements and good roofing practice.

Single Ply Roof System Field Inspection- An on-site field inspection of a single-ply roof system to visually identify the different types of single ply membranes, components and attachment methods; understand the difference between NRCA recommended details and field technical details; and understand the complexities of meeting code requirements and good roofing practice.

Fluid Applied Roofing Systems- Fluid applied roofing systems are excellent choices for restoring degraded but still functioning roofs; they are also applicable for new construction. This course defines what “fluid applied” means. It also describes the different types, uses and benefits of fluid applied roofing systems, including their ease of application, their potential for improving a facility’s sustainability, and their flexibility for use as a flashing system.

Roof Preservation: A Sustainable Option- This course is a discussion about extending the service life of an existing roof through restoration. We will explore the various options and materials available and identify which types of roofing systems are best candidates for roof restoration. This course also delves into the economics and environmental benefits of roof restoration.

Roof System Diagnostics- This presentation will describe the harmful effects of wet insulation in a roof system and the best methods for detecting moisture in a roof. The different diagnostic tools will be covered as well as the correct method of use for the different types of roof systems. Additionally, all the criteria for providing a comprehensive diagnostic roof system evaluation will be reviewed.

Vegetated Roof System Assembly Design- This course is a discussion about the complexities of vegetated roofing systems. This presentation walks through the typical components of a functional green roof system and provides the procedures on how to improve the quality of vegetated roofing system designs by focusing on detailing and performance.

Assessing & Maintaining Roofing and Building Envelope- Commercial roofing systems and roofing details can be very complex and difficult to properly maintain. Regular inspections and preventative maintenance can make all the difference in keeping these expensive assets performing well, even beyond their warranty. We will review possible water infiltration points in the building envelope and provide a basic review of often overlooked areas including coping joints, porous/deteriorated masonry walls, flashings, counterflashings, window and door openings, and HVAC penetrations. Attendees will learn how to perform basic roof inspections and understand the different types of diagnostic tools used to discern roof problems.

Evolution of Standing Seam Metal Roofing- This course covers the history of standing seam metal roofing. It also describes in detail the many types of standing seam metal roofs, when each is applicable, how to specify each and avoid the pitfalls of poor design.

How to Recover an Existing Sloped Roof Using a Structural Standing Seam Roof System- This course is a discussion about the many benefits of a recover solution of existing sloped roofs with structural standing seam roof. It covers the different types of roofs that can be recovered, how to design a system to avoid common pitfalls, and the economic benefits of a structural standing seam recovery roof.

Cooperative Purchasing Contracts- The purpose of this seminar is to educate the Design Professional about Cooperative Procurement Contracts that education and other public agency clients utilize to purchase construction materials and/or services. These entities and their contracts are growing in number and satisfy bid law requirements in many states. Includes: the different types of cooperative contracts the Design Professional may encounter, how thismethod of purchasing can be of benefit to the Design Professional’s relationship with existing clients, and how to utilize these contracts for business development.

Roof Restoration Systems Field Inspection- This course is a field discussion about how various types of roofing systems are restored and preserved. The course will explain different types of roof system diagnostic testing, including review of a thermal imaging/nuclear scan report. Various types of roofing membranes and their applicable restoration solutions will be discussed, as well as how to detail common roofing conditions. Lastly, attendees will learn how quality control inspections are conducted and what to be aware of regarding long-term, full systems warranties.

Fluid Applied Roofing Systems Field Inspection- This course is a field discussion about how fluid-applied roof membrane systems are installed. This course will review different configuration options for fluid-applied roofs, including different overburden options. Fluid applied roof membrane technologies will also be discussed. The course will conclude with a comprehensive discussion of the advantages and disadvantages of fluid-applied roof membrane systems

Codes and Approvals- The purpose of this seminar is to educate the Design Professional about how codes and approvals both govern and improve the quality and performance of a specified roof system. It reviews the International Building Code (IBC), International Energy Conservation Code (IECC), Energy Star Program, wind uplift considerations, Underwriters Laboratories (UL), and Factory Mutual (FM) requirements that pertain to the building envelope.

Assessing Building Connectivity Through Drone Technology- The purpose of this seminar is to educate the Design Professional about the rapid advancement of drone technology and its impact on the Building Sciences. Drone technology provides Design Professionals with the ability to remotely sense building envelope connectivity allowing for greater long-term performance. This leading-edge technology carries advanced high-resolution and thermal cameras, providing vantage points unachievable through traditional methods. The result is new, easily acquired and robust facility data. This presentation covers the latest in drone technology, building science applications & case studies, safety, privacy and regulatory elements.

Vegetated Roof System Assembly Field Inspection- This course is a fi eld discussion and observation regarding the design and proper installation of vegetated roofing (green roof) systems. Attendees will be see the components used in a high-performance vegetated roof system and review typical installation details. Attendees will learn the pros and cons of various types of roofing and waterproofing membranes used underneath vegetated roofing systems and how to ensure the entire assembly lasts beyond the specified warranty. Vegetation, soil, and drainage options will also be addressed as well as preventative maintenance requirements.

Roof Warranties- Roofing systems are one of the few commercial construction building assemblies offered with a long-term warranty. Design professionals and building owners must be aware of what is covered, and not covered, by a roof warranty as well as be familiar with the different types of warranties, terms and conditions, and any owner requirements. Attendees will be introduced to the Uniform Commercial Code (UCC) and an important bulletin from the National Roofing Contractors Association (NRCA). Methods for specifying high performance, long-lasting roof membrane and flashing systems will be explained. Risk mitigation with regards to roof design and installation will also be discussed.

Green Roof Failures...What’s To Blame?- This course is a discussion about the complexities of vegetated roofing systems. This presentation walks through the potential pitfalls in green roof design, construction and maintenance. It will focus on best management practices used for long term success.

Impact Testing and Natural Disasters: Building Resilience- This course delves into the critical role of impact testing in evaluating the durability and performance of building materials during natural disasters, including hurricanes, earthquakes, and floods. Participants will explore how rigorous testing standards help architects and construction professionals design structures that stand resilient against extreme weather conditions. The course will cover essential learning outcomes, such as understanding the various testing standards, assessing material performance under stress, and applying best practices in resilient design to enhance building safety and longevity. This course is ideal for architects and construction professionals committed to advancing their knowledge in creating disaster-resistant structures.

Designing Safety Solutions- This course is a review of rooftop safety, hazards, laws and codes. The aim is to develop and reinforce general awareness of the risks that can be alleviated with properly designed rooftop safety solutions.

Fire Stopping: History, Systems, and Technology- This course delves into the vital role of firestopping in enhancing building safety and saving lives. Participants will explore the history and importance of firestopping and examine the latest technologies available. The course offers a comprehensive review of the system approach and testing, including an in-depth look at NFPA 285, system numbering, and classifications. Learners will gain insights into materials and testing crucial for successful projects and understand firestopping's significance through key statistics. Additionally, the course highlights common products used in fire-resistive and fire propagation assemblies, ensuring participants leave with the knowledge to provide peace of mind to building occupants.

Mastering Joint Sealants for High-Performance Building Enclosures- Mastering Joint Sealants for High-Performance Building Enclosures- In this session, gain a clear understanding of the design, specification, and installation processes for joint sealants in high-performance building enclosures. Learn how selecting the right sealants for vertical and horizontal joints can enhance durability, efficiency, and occupant safety. This course emphasizes the critical role of proper joint design and installation in improving building health and performance, ensuring a safer environment for occupants.

The Fundamentals of Hybrid Sealant Technology- For many years, the commercial building industry has relied on urethanes, solvent-based silicones, and acrylics as their primary sealants. Although these products generally perform as anticipated, they have significant drawbacks including staining, bubbling, shrinkage, and limited UV resistance. Recognizing these limitations, a new technology has emerged that combines the best properties of silicones and urethanes - the "hybrid" sealants. This course will explore hybrid sealant technology to understand how it differentiates from other types such as compressed sealant, traditional sealants, self-leveling, and gland sealant systems. Participants will learn about the diverse industrial and commercial applications of hybrid sealant technology, and acquire knowledge on efficient installation methods and detailed engineering aspects for optimal results.

Sealant Selection: Optimizing Performance and Durability in Construction- Explore the intricate world of sealant chemistries and their pivotal role in sealant selection. Delve into the critical aspects of proper joint design, unravel the mysteries behind sealant failures, and uncover the key considerations in choosing the perfect product for specific applications. This course addresses a spectrum of queries related to product selection while providing valuable insights into enhancing performance and longevity.

Sustainability of Precompressed Foams- Polyurethane foam proves to be an invaluable asset in construction today. This course will delve into the science behind its exceptional insulating properties, and demonstrate how it contributes to a building's overall thermal efficiency. From understanding the material's unique characteristics to learning its versatile application techniques, participants will be equipped with comprehensive knowledge to make informed decisions for their projects moving forward. The course will also highlight successful implementations, providing practical insights into the real-world benefits of polyurethane foams. Whether you're an architect, builder, or homeowner, this course will empower you to leverage the full potential of polyurethane foam for sustainable, cost-effective, and high-performance building solutions.

Minimizing Risk in Blindside Waterproofing Applications- As blindside waterproofing becomes increasingly common in dense urban construction and zero lot line projects, it introduces unique challenges that demand meticulous attention to detail. This course explores blindside waterproofing technologies, their performance criteria, and how to design effective systems tailored to specific project needs. Participants will learn best practices for mitigating application risks, managing critical moisture-prone areas, and detailing failure points to ensure long-term building protection and performance.

Stop Water Intrusion and Make your Building Enclosure Perform like New- Water intrusion is dangerous. It damages a building first cosmetically, and then structurally. In fact, water intrusion is one of the most significant factors affecting the durability of a building envelope today. And, it happens in many forms, some obvious like a leak in the roof or flooding in the basement, and some not so obvious like the accumulation of water vapor and condensation in an area. Whether you have a new construction, restoration or in-plant job, care must be taken when making critical connections on the facade and the entire building enclosure. Doing so is what helps resist mother nature's biggest threats and protect not only the building, but also the health of its occupants. This course will review real case studies around water intrusion, outlining the investigation of the existing facade, roof, and parking structure assemblies. For each identified issue, participants will walk through a variety of solutions and outline their challenges and benefits. Finally, participants will select a solution for each issue and be provided step-by-step guidance on the installation and application.

A Comprehensive Overview of Waterproofing Technologies and Trends- Waterproofing goes beyond merely keeping a building dry; it's an essential strategy to safeguard the building's overall well-being, guarantee the comfort and safety of its inhabitants, and uphold the property's value over time. This course provides an in-depth exploration of the newest waterproofing technologies, their intricate interconnections, and critical considerations for devising superior waterproofing specifications.

Below-Grade Waterproofing: Applications, Technologies, and Risk Mitigation- This course is focused on the essential aspects of below-grade waterproofing. It offers a comprehensive overview of the most prevalent technologies and innovative solutions designed for these critical applications. We'll uncover the common causes of membrane failures and share proven risk mitigation strategies to ensure the longevity and integrity of your projects. Enhance your expertise and learn best practices that can significantly impact your next project.

Revolutionizing Construction with PMMA/PUMA Technologies- This AIA course delves into the transformative power of PMMA (Polymethyl Methacrylate) and PUMA (Polyurethane Methacrylate) technologies within the construction industry. Participants will explore the unique physical properties and exceptional performance benefits these advanced materials offer, particularly in terms of speed of application and durability. The course provides a comprehensive overview of typical installation procedures, focusing on common applications such as vehicular coatings and below-grade waterproofing. Special attention is given to the critical role these technologies play in minimizing downtime for essential facilities, such as hospitals, where maintaining operational entrances and surfaces like ambulance bays and helipads is vital. With zero VOC emissions, PMMA and PUMA technologies also support environmentally safe construction practices.

Mitigating Traffic Coating Failures- Traffic coatings, serving as the first line of defense against high-volume pedestrian traffic, vehicular contact, and environmental elements, play a crucial role in extending the lifespan of surfaces. They add durability, create chemical resistance, and significantly contribute to the strength and functionality of concrete surfaces. Despite their resilience, traffic coatings can and do fail. This course will delve into the common causes of these failures, highlighting the key factors that can compromise the integrity and longevity of these protective layers. Participants will examine how improper substrate installation, inadequate surface preparation, and environmental factors contribute to coating failures.