• The Building Envelope Solution – beginner – 1 AIA credit
• Pushing the Envelope – intermediate – 1 AIA credit
• Building Envelope Design – advanced – 1 AIA credit
• Building Envelope Tie-In Design – intermediate – 1 AIA credit
• Air and Vapor Barriers – intermediate – 1 AIA credit

• Single-Ply Roofing Technology – beginner – 1 AIA credit
• Top 10 Reasons to Choose an EPDM Roof – beginner – 1 AIA credit
• Black Or White Membrane, What is the Sustainable Choice? – intermediate – 1 AIA credit
• Evolution of White EPDM – beginner
• TPO Technology – beginner – 1 AIA credit
• PVC Roofing Materials – intermediate – 1 AIA credit
• Understanding PVC & KEE Membrane ASTM Standards – beginner
• Fleece Membranes and Urethane Adhesives – intermediate – 1 AIA credit
• Tapered Polyiso Insulation – intermediate – 1 AIA credit
• Insulation Characteristics in Low-Slope Roofing Applications – intermediate – 1 AIA credit
• The Role of Cover Boards in Roofing – beginner – 1 AIA credit
• Adding Insulation on Height-Restricted Roofs – beginner – 1 AIA credit

• Designing for Performance – intermediate – 1 AIA credit
• Moisture Migration: Causes and Cures – advanced – 1 AIA credit
• Performance Influence: Roofing Assemblies’ Interface With Decks – advanced – 1 AIA credit
• Roofing Wind Speeds: ASCE 7, Uplift Ratings, and Warranties – advanced – 1 AIA credit
• New Concrete Roof Decks – beginner
• Roof Assembly Fire Testing for Code Compliance – intermediate

• Daylighting: Benefits, Basics, and New Solutions – beginner– 1 AIA credit
• All About the Edge – intermediate – 1 AIA credit
• Vegetated Roofing Systems – beginner– 1 AIA credit
• Electronic Leak Detection – beginner– 1 AIA credit
• Rooftop Amenity Space – beginner– 1 AIA credit
• Cold Storage Roof System Considerations – advanced – 1 AIA credit
• The Perimeter Roof Edge – beginner– 1 AIA credit

Learning Objectives:

• Describe multiple types of metal cladding, including roofing, wall systems, soffits, perforated panels and tiles, and how they are applied to buildings of all shapes, sizes and purposes.
• Explore creative options and applications for perforated metal including hole size, shape, spacing, open space, and how it is applied including for equipment screens, aesthetic accents, acoustics, airflow and more.
• Consider simulated finishes, including copper, weathered metal, wood grain, natural ore, as well as the anodized aluminum option.
• Discuss examples of architectural metal applications from numerous case studies showing the varied and creative ways metal is specified and applied.

Learning Objectives:

• Understand the differences between metal profiles and their manufacturing processes and be able to specify the correct product to obtain maximum sustainability.
• Examine common problems one may encounter with metal roofing regarding roof slope, wind loads, and installation practices.
• Understand the history of metal roofing and the advancements made to improve product quality and safety.
• Identify different metal substrates and architectural finishes and know their various effects on energy efficiency and performance.

Learning Objectives:

• Identify problem areas during the DD and CD stages of design and seek recommendations from the manufacturer and expert contractor to solve these potential problems.
• Examine the importance of the incorporation of the Structural-Engineer-of-Record Wind Loads and Cladding and Component Negative Loads early in the DD and CD stages to ensure that the specified wall panel systems will meet/exceed the wind loads for the specific project.
• Examine basic wall panel details and sheet metal wall flashing details and conditions, and recognize the proper installation of these flashing details.
• Understand the importance and layout of wall flashing details in providing the owner the desired watertight and aesthetically attractive completed metal wall panel system.

Learning Objectives:

• Understand the importance of a quality perimeter roof edge.
• Understand the ANSI/SPRI/FM-4435 ES-1 standard.
• Understand test protocols that are followed and how performance ratings are established.
• Understand how to specify certified edge metal and how to ensure it meets the IBC standards.

Learning Objectives:

• Examine architectural metal roof and wall systems and their use in residential, multifamily, and commercial design.
• Explore metal roof system design options that enhance the aesthetic applications of the built environment.
• Consider architectural metal wall panel design options that enhance the aesthetic applications of the built environment.
• Review case studies in which architectural metal roof and wall systems were innovatively used to enhance the experience of the occupants in and around the space.

Learning Objectives:

• Identify the basic differences between the metal roof and wall systems used in commercial buildings.
• Recognize the design opportunities offered by these systems.
• Discuss the environmental aspects of metal roofs and walls.
• Discover the economic aspects of metal roofs and walls.

Learning Objectives:

• Discuss the different types of architectural metal systems available for roof and wall applications.
• Assess general design conditions that impact architectural metal system choice, including environment, building type, and performance goals.
• Evaluate how structural framing, insulation, slope, and other requirements impact architectural metal system selection.
• Identify the proper application and installation method to ensure the selected architectural metal system and building project work together to satisfy performance and design goals.