Structural Insulated Sheathing Materials for Construction
1 Hour Learning Unit
This presentation, delivered in partnership with Rok-On™, introduces specifiers to the next generation of Structural Insulated Sheathing (SIS) solutions. Rok-On panels are engineered to meet today’s demanding energy, fire, and structural codes in fewer layers than traditional assemblies—streamlining construction while improving performance. Attendees will gain insight into the benefits of SIS, its key components, and design considerations for successful specification. The session will also highlight the differences between system options and how SIS can deliver superior results in energy efficiency, fire resistance, and moisture management.
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Mass Timber Moisture Protection Strategies Through Construction and Occupancy (Virtual)
1 LU/HSW & 1 IIBEC CEH Credit
Presented in partnership with VaproShield, this AIA- and IIBEC-accredited course examines the critical role of rough opening design in managing moisture and ensuring long-term envelope performance. Attendees will explore proper sequencing, material selection, and testing for flashing systems, with a focus on permeable versus vapor-tight approaches. Learn how well-executed rough openings support drying, drainage, and code-compliant wall assemblies.
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Are Highly Permeable Membranes Too Permeable? (Virtual)
1 LU/HSW & 1 IIBEC CEH Credit
Presented in partnership with VaproShield, this AIA- and IIBEC-accredited course explores the science behind vapor permeance and its impact on wall assembly performance. Attendees will compare vapor-tight versus highly permeable membranes, understand drying mechanisms, and evaluate the role of water vapor transmittance in modern envelopes. Learn how properly selected membranes can enhance drying capacity, reduce moisture risks, and support high-performance wall design.
Designing Rough Openings for Proper Drainage and Drying (Virtual)
1 LU/HSW & 1 IIBEC CEH Credit
Presented in partnership with VaproShield, this AIA- and IIBEC-accredited course examines the critical role of rough opening design in managing moisture and ensuring long-term envelope performance. Attendees will explore proper sequencing, material selection, and testing for flashing systems, with a focus on permeable versus vapor-tight approaches. Learn how well-executed rough openings support drying, drainage, and code-compliant wall assemblies.
The Benefits of Rainscreen Design (Virtual)
1 LU/HSW & 1 IIBEC CEH Credit
Presented in partnership with VaproShield, this AIA- and IIBEC-accredited course explores the science and benefits of vented, vapor-open rainscreen wall assemblies. Attendees will examine real-world applications, drying mechanisms, and the role of permeable membranes in long-term moisture control. Learn how rainscreen design supports building longevity, improves envelope performance, and aligns with modern building science principles.
A Carbon Case for Building and Material Re-Use (Virtual)
1 LU/HSW Credit
Presented in partnership with VaproShield, this AIA-accredited course explores the carbon impact of construction and the benefits of reusing existing buildings and materials. Attendees will examine life cycle considerations, adaptive reuse strategies, and how buildings can serve as material banks for future design. Learn how thoughtful reuse contributes to sustainability, reduces embodied carbon, and supports long-term building performance.
Sustainable Solutions and Hygrothermal Principles for Existing Buildings (Virtual)
1 LU/HSW & 1 IIBEC CEH Credit
Presented in partnership with VaproShield, this AIA- and IIBEC-accredited course explores sustainable retrofit strategies and hygrothermal principles for existing buildings. Attendees will examine deep energy retrofits, over-cladding techniques, and moisture management strategies to improve envelope performance without compromising historic value. Learn how thoughtful detailing and reuse-driven design can help aging buildings meet modern performance goals while supporting Net Zero initiatives.