Sponsored by Technical Glass Products (TGP) | Prenseted by Tim Donaldson
Live Webinar Airing on June 16, 2026 at 02:00 PM ET
The building envelope is increasingly being called to deliver more: more access to daylight, better thermal performance, and a higher resistance to life safety threats. To support these goals while elevating design, modern façade materials and systems have evolved to expand what the building envelope can do.
This course introduces several modern façade solutions, including steel and timber curtain walls, fire-rated curtain walls, and channel glass systems.
After this session concludes, attendees will be equipped to evaluate and specify high-performance glazing systems that support both creative vision and project performance goals, including structural integrity, visual impact, and code compliance.

Photo courtesy of Technical Glass Products
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Tim Donaldson is an Architectural Services Manager at Technical Glass Products (TGP), a leading provider of fire-rated glass and framing systems and specialty architectural glazing solutions. He collaborates with design professionals to navigate fire and life safety codes without compromising aesthetics, helping them bring their architectural vision to life. Tim delivers education on fire-rated glazing materials, performance standards, and specification strategies—empowering architects to design safe, code-compliant, and visually striking spaces. He also acts as a technical resource for architects, building owners, and glazing contractors, offering project-specific insights and support from design through construction. |
Technical Glass Products (TGP), a division of Allegion, is the recognized leader in the fire-rated glass and framing field, offering the FireLite® family of ceramic glazing, Pilkington Pyrostop® transparent wall panels, and Fireframes® fire-rated framing. The company provides AIA-registered continuing education, project consultation, product specifications, CAD drawings, 3D BIM Models and rapid-response quoting.
Originally published in Architectural Record
Originally published in April 2026