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PA > Blog > Articles > From Computation to Concrete: Outcomes of the AMAD Workshop
Articles

From Computation to Concrete: Outcomes of the AMAD Workshop

Last updated: January 13, 2026 3:00 pm
PA Editorial Team
PA Editorial Team
ByPA Editorial Team
Editorial team behind PA
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At the inaugural AMAD Workshop earlier this fall, five interdisciplinary teams—SOM, BIG, LAVA, HKS, and Ennead Architects—joined hosts SPACE/CRAFT Worldwide, Inc., Cemex, and Thornton Tomasetti to explore the future of advanced manufacturing and materials in architecture.

Contents
  • The Goal
  • The Outcome
  • Projects included:
  • Key Takeaways
  • Participating Teams & Projects

Each team pursued a distinct line of inquiry, collectively advancing carbon-conscious casting through the integration of computational design, material innovation, and advanced manufacturing.

From Computation to Concrete: Outcomes of the AMAD Workshop

The Goal

Rethink how digital tools, advanced materials, and manufacturing workflows can align to produce more sustainable, expressive, and efficient architectural systems.

The Outcome

A series of full-scale concrete prototypes.

Following an intensive 12-week design phase, the workshop culminated in five days of hands-on collaboration. Teams iterated directly through making, refining geometry, surface articulation, and performance with each cast. With few precedents to draw from, challenges were resolved collaboratively and in real time on the shop floor.

Projects included:

  • X-Cast — An adaptable universal formwork system using a foldable UHPC Resilia mix
  • BIG BLOCK — A novel building block combining load-bearing Resilia and insulating Insularis performance
  • Orca — A one-ton kinetic sculptural furniture piece using a specialized UHPC formulation.
  • Resilience Hub — A cementitious composite prototype leveraging Pervia, a proprietary material designed for water absorption, channeling, and plant growth, integrated with Resilia for structural load-bearing
  • Light Speed — A flexible metal + Resilia UHPC composite panel system developed around a reusable master formwork

Key Takeaways

✅ Design + Manufacturing Integration
Innovation accelerates when architects, engineers, material scientists, and fabricators design together from the outset.

✅ Digital Fabrication as Sustainability
Precision-driven workflows reduce waste, material use, and embodied carbon.

✅ Experimentation Builds Culture
Hands-on collaboration accelerates learning, trust, and shared authorship across disciplines.

Participating Teams & Projects

BIG
Project: BIG BLOCK
Team: Ryan Harvey, Casey Tucker, Seung Hyo Chang, Ben Caldwell

SOM
Project: Orca
Team: Colin Koop, Christoph Timm, Neil Katz, Jacqueline Li, David Rodriguez, Charles Lent, Hasan Uretmen, Patrick Ward, Camilo Reinales

From Computation to Concrete: Outcomes of the AMAD Workshop
Project: Orca

HKS
Project: X-Cast
Team: Ali Tabatabaei Ghomi, John Mikesh, Arek Mazurek, Sooik Cho, Chad Porter

LAVA
Project: Resilience Hub
Team: Emily Sardo, Alara Ata, Lukas Utzig, Hossein Maghami, Cole Bernstein, Ellie Galata, Shazwan Mazlan

From Computation to Concrete: Outcomes of the AMAD Workshop
Project: Resilience Hub

Ennead Architects
Project: Light Speed
Team: Gayatri Desai, Robinson Strong, Nazanin Modares, Mia Tsiamis, Yudou Huang

From Computation to Concrete: Outcomes of the AMAD Workshop
Project: Light Speed

Workshop Hosts
SPACE/CRAFT Worldwide · Cemex Global R&D · Thornton Tomasetti

TAGGED:advanced manufacturing
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