Posts by Mike Snyder

Once upon a time, fiberglass panels were the standard for translucent walls and skylights. They were practical, inexpensive, and filled a need. But if we’re honest, they’ve aged about as well as shag carpet and wood paneling. Architects today are looking for materials that perform better, last longer, and look sharper — and that’s where…

Daylighting is no longer about instinct—it’s about proof.For architects and owners, questions come early and often: When a design moves forward, no one wants surprises. That’s why predictive modeling is transforming the way skylights and glazed roof systems are specified. The Metrics that Matter Today’s most widely used daylighting performance benchmarks include: These aren’t just…

Water is the #1 reason architects fear skylights. Condensation. Leaks. Callbacks.These aren’t just minor annoyances—they risk reputational harm, costly repairs, and frustrated clients. But here’s the good news: these issues are entirely preventable with the right design and engineering. The Root Cause: Design Gaps Most skylight moisture problems don’t come from the sky—they come from…

Part 1: Rethinking R-Value — Solving the Thermal Performance Myth Around Skylights Natural light elevates a space like nothing else—brightening interiors, boosting wellness, and enhancing architectural intent. Yet, despite the well-documented benefits of daylighting, one objection continues to surface across design teams: “Skylights are thermal black holes.”“Won’t this kill our R-value?”“Aren’t they just glorified heat…

Polycarbonate vs. Fiberglass When daylighting matters and durability counts, polycarbonate outperforms fiberglass across the board. From clarity and strength to long-term performance, polycarbonate delivers. Meanwhile, fiberglass—once a low-cost option—too often ends in costly failures and premature replacement. A Comparison Architects Can Rely On Fiberglass: The Dollar-Store Solution Falling Apart Polycarbonate: The Engineered Upgrade Case Studies:…