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Glass and Glazing Design Academy

Brought to you by National Glass Association

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From enhancing school safety to advancing energy efficiency and circular design, glass and glazing play a vital role in the modern built environment. This curated collection of courses examines the technical, aesthetic, and environmental potential of glazing systems in commercial and educational settings.

Participants will explore high-performance coated glass, security glazing technologies, and strategies for daylighting and thermal comfort. The academy also highlights innovations in glass recycling and reuse, as well as best practices for integrating fenestration into high-performing building envelopes. Whether designing for occupant well-being, climate resilience, or architectural expression, these courses provide essential knowledge for maximizing the value of glass in today’s buildings.

Academy Courses

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8 AIA LU/HSW

Image for the course: Safe by Design: Security Glazing and High-Performance Glass in Educational Facilities

Safe by Design: Security Glazing and High-Performance Glass in Educational Facilities

Protecting Students Through Architectural Innovation and Advanced Glazing Solutions

Credits: AIA/HSW, ICC

Type: Webinar

Sep 11 2025 2:00 PM ET

Image for the course: Security Glass and Glazing Systems

Security Glass and Glazing Systems

Effective deterrent solutions during active shooter events

Credits: AIA/HSW, ICC, IIBEC

Type: Article

Image for the course: Creating Circularity Through Glass Recycling and Reuse

Creating Circularity Through Glass Recycling and Reuse

An exploration of architectural glass recycling opportunities, infrastructure, and experimental possibilities for glass reuse and circularity

Credits: AIA/HSW, ICC, IDCEC/HSW

Type: Article

Image for the course: Security Glazing for Schools

Security Glazing for Schools

The study of types and applications of security glazing

Credits: AIA/HSW, ICC

Type: Multimedia

Image for the course: Next-Level Glass Performance and Sustainability

Next-Level Glass Performance and Sustainability

A closer look at high-performance glass and glazing products, carbon-reduction opportunities, code drivers, retrofits and recyclability, and more

Credits: AIA/HSW, ICC, IDCEC/HSW

Type: Article

Image for the course: The Value-Added Performance of Coated Glass

The Value-Added Performance of Coated Glass

A study of the manufacturing process

Credits: AIA/HSW, IDCEC/HSW

Type: Multimedia

Image for the course: Design Considerations for Commercial Fenestration Systems

Design Considerations for Commercial Fenestration Systems

A guide to specifying storefront, window wall, and curtain wall systems

Credits: AIA/HSW, ICC, IDCEC/HSW

Type: Article

Image for the course: Illuminating Spaces

Illuminating Spaces

How architectural glazing supports mental health and wellness through daylight and views

Credits: AIA/HSW, ICC, IDCEC/HSW

Type: Article

Academy Resources

National Glass Association Resources

Bird-Friendly Glass Design Strategies

Clear and reflective architectural glass in residential and commercial structures in urban, suburban, and rural landscapes can be a passive invisible killer of birds worldwide. Our collective evidence reveals that clear and reflective windows of all sizes are theorized to be invisible to potentially all birds due to what have been defined as fly-through conditions, reflected habitat conditions, or black-hole effect. The amount of glass and associated vegetation that attract potential victims best explain the number of casualties at any specific building.

Glass for Personal Protective Barriers

Retail, medical, educational and manufacturing facilities are implementing changes due to the worldwide outbreak of COVID-19, a respiratory illness believed to spread primarily by droplets from coughs or sneezes of infected persons to those nearby. Many businesses are installing clear personal protective barriers to physically shield employees from each other and from consumers to reduce potential exposure to the virus. In many applications, the barriers will become a permanent fixture; therefore, aesthetics and cleanability are important design considerations. Barriers can be constructed of plastic sheet or glass. Glass has several advantages in physical barrier applications and may be preferred over plastic, especially for permanent and public-facing barrier installations. Compared to plastic, glass is easy-to-clean, transparent and aesthetically-pleasing.