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Fundamentals of Glass Material

The Float Glass Process

Heat-Treated vs. Annealed Glass

Thermal Performance and Coatings

Insulating Glass Units (IGUs)

Understanding Low-E Coatings

🎮 Crossword: Glass Terminology Review

Structural Integrity and Safety

Laminated Glass Mechanics

Environmental Loads on Glass

Aesthetic Integration

Decorative Glass Techniques

Applying Glass Selection Criteria

Knowledge Check

Quiz: Manufacturing and Types

Quiz: Energy Efficiency

Quiz: Structural Performance

Quiz: Aesthetics and Application

Final Course Assessment

Course Feedback

Learner Feedback Survey

Architectural Glass: Material Science, Structural Performance, and Design is a comprehensive, practice-oriented course for architects, façade engineers, and building professionals who specify, detail, or review glazing systems. From raw materials to finished facades, you’ll learn how glass is made, how it performs under thermal and structural loads, and how to select the right products for energy efficiency, safety, and aesthetics. Explore float glass fundamentals, compare annealed, heat-strengthened, and fully tempered options, and understand when laminated glass is essential for overhead, guard, and security applications. Dive into insulating glass units, spacer and sealant choices, and how Low-E coatings influence U-Value and SHGC across climates. You’ll also examine environmental loads, deflection limits, thermal stress avoidance, and support systems such as point-fixings and structural silicone glazing. Rounding out the curriculum, the course covers decorative techniques—from ceramic frits to digital printing—and offers practical selection frameworks that balance code compliance with design intent. Quizzes and an interactive terminology review help solidify knowledge, while real-world scenarios translate theory into confident specifications.

Architectural Glass: Material Science, Structural Performance, and Design

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            <p>Modern architecture relies heavily on glass, not just as a transparent barrier, but as a sophisticated structural and thermal component. This course explores the journey of architectural glass from its raw chemical components—silica sand, soda ash, and limestone—through the precision of the float glass manufacturing process. By examining the fundamental differences between standard annealed glass and heat-treated variants like tempered and heat-strengthened glass, participants will gain a deep understanding of how thermal processing dictates both the strength and the safety characteristics of the material. This foundational knowledge is essential for identifying the appropriate glass types for specific building applications and ensuring compliance with safety standards and breakage pattern requirements.</p>

<p>Beyond basic material properties, the curriculum delves into the complex interplay of thermal performance, structural integrity, and aesthetic design. Learners will investigate the mechanics of Insulating Glass Units (IGUs) and the transformative role of Low-Emissivity (Low-E) coatings in managing solar heat gain and energy efficiency across various climate zones. The course also addresses critical safety considerations, including the use of laminated glass for overhead glazing and the impact of environmental loads such as wind, snow, and seismic activity on glass deflection. Finally, the integration of decorative techniques—ranging from ceramic fritting to digital printing—is explored to demonstrate how designers can balance visual goals with rigorous performance requirements. Through a combination of technical theory and practical selection criteria, this course provides a comprehensive framework for mastering the use of glass in the modern built environment.</p>
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