Residential glazing is exposed to changing temperatures, sunlight, moisture, wind, and everyday use throughout its service life. This course introduces architects and design professionals to the factors that influence the durability and long-term performance of residential glass systems. Participants will explore how glass selection, coatings, insulating glass construction, edge conditions, seal integrity, and appropriate product selection can contribute to reliable performance over time. The co
Participants will learn how environmental exposure and product configuration can affect the long-term performance of residential glazing. The course examines the role of insulating glass construction, coatings, glass processing, sealing, and product quality in supporting durable glazing systems. Participants will also learn how to consider project conditions, performance requirements, and quality considerations when specifying glass products intended to provide reliable service throughout the life of a residential building.
Upon completion of this course, participants will be able to:
Identify environmental and design factors that can affect the durability of residential glazing systems.
Explain how insulating glass construction, coatings, and glass processing contribute to long-term glazing performance.
Describe the importance of seal integrity and manufacturing quality in durable insulating glass systems.
Evaluate glazing options based on project-specific durability, safety, energy, and comfort requirements.
MM MM786
Complete the course and pass the test to earn a verifiable Cardinal Training certificate for your AIA CE records.
Designing Durable Residential Glazing for Long-Term Performance
1 LU
Residential buildings experience different solar, thermal, and comfort conditions dependin...
Choosing the appropriate glass for residential buildings is essential to achieving safety,...
Glass can help residential designers create bright, visually connected spaces while addres...