Paying homage to the building’s purpose, various symbols and elements found in formulas, diagrams, calculations, blueprints, and the science of physics, are combined in unique ways to create interesting and complex graphic patterns that invite contemplation.
Polyvision’s digitally printed CeramicSteel was an ideal product for the artist to effectively convey the design intent and provide superior performance over the long term. The specialized technology delivers fadeproof, rich color and visual texture on a durable, weather resistant surface, ensuring years of enjoyment by the university community. Having used printed CeramicSteel on other public art projects, RE:site artist-founder Shane Allbritton “loved the results in terms of color, clarity, and especially durability” and it was these qualities that helped her win the project.
One of the most appealing advantages of printed CeramicSteel is its sustainable and eco-conscious profile. The durable porcelain enamel surface far outlasts many other typical decorative exterior materials and is designed to retain its gloss level and color consistency for decades without fading, cracking or flaking. The long product lifecycle means a relatively low cost of ownership – an important consideration for educational facilities.
At over 7 feet in diameter, the panels are awe-inspiring and a beautifully striking tribute to the close relationship between art and science.
Partner Designtex
Completion Date 2025
Client Texas Tech University
Designer RE:site Studios
