Events & Experiences

Shared Ascent | The Supplier’s Perspective

As the fourth installment in the Shared Ascent education preview series, The Supplier’s Perspective explores how specialized knowledge, research, emerging technologies, and practical experience contribute to the continued advancement of tilt-up construction. From materials and building systems to digital workflows, sustainability, and risk management, suppliers bring expertise that connects innovation with real-world application.

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Events & Experiences

Shared Ascent | The Architect’s Perspective

As the second installment in the Shared Ascent education preview series, The Architect’s Perspective explores how architects are advancing tilt-up through thoughtful design, interdisciplinary collaboration, and innovative project delivery. From educational facilities and sustainable design to the legacy of Rudolph M. Schindler, discover how architecture continues to shape the future of tilt-up construction.

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Architecture & Design

Branding Through Structure and Surface Articulation

Project Archer demonstrates how tilt-up construction can support advanced manufacturing facilities that require both operational performance and strong architectural identity. Through integrated branding, custom panel detailing, complex façade features, and fast-track delivery, the project illustrates the versatility of tilt-up for emerging industrial sectors.

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Architecture & Design

Supporting Arts Education Through Architectural Tilt-Up Design

The Vista School expansion in Ivins, Utah demonstrates how tilt-up construction can support advanced educational and performing arts environments within a durable and regionally responsive architectural framework. Through exposed architectural concrete, specialized theater infrastructure, and integrated academic programming, the project expands the application of tilt-up construction in institutional design.

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Sustainability & Resilience

Building Less to Deliver More

Recognized with TCA’s Excellence in Sustainability + Resiliency Award, this large-scale industrial project demonstrates how material efficiency can deliver measurable reductions in carbon, water use, and energy demand.

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