Freeform

Stack

About

STACK will pioneer a mathematical framework and develop computational design solutions for freeform surface stackability complemented by 3D elastica theory, unlocking the potential for advanced digital fabrication workflows.

About Partners Team

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Key Concepts

STACK’s focus is on five key concepts spanning the intersection of architecture, fabrication and geometry.

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(01)

Mathematical Theory

We systematically define and characterize the design space of stackable structures and 3D elastica curves. This study establishes a material- and fabrication-agnostic foundation that will bridge abstract geometry with practical application to deliver scalable, efficient solutions for complex design challenges.

(02)

Computational Design

Leveraging insights from stackable dual-configuration structures and 3D elastica, our computational design solution aims to enable conformance to complex geometries across design, fabrication (using techniques like hot blade cutting, conformal 3D printing, and collaborative robotics), and logistics.

(03)

Digital Fabrication

Our digital fabrication process employs hot blade cutting integrated with stackability—using an elastically deforming rod to execute cuts defined by 3D elastica-swept surfaces—while real-time feedback and predictive models continuously refine production for precise physical outputs.

(04)

Logistics

STACK is developing integrated logistics technology that combines mathematical optimization with supply chain considerations to seamlessly generate solutions for storage, transportation, and deployment, ensuring that complex designs are realized with real-world feasibility and scalability.

(05)

Interdisciplinary Integration

By uniting expertise from transformative architecture, innovative material processing, and automated digital production, our interdisciplinary approach translates advanced computational design, digital fabrication, and optimized logistics into scalable, impactful solutions for the built environment and beyond.

Partners

STACK is a collaborative project based in europe, bringing together SINTEF, the Technical University of Denmark and Zaha Hadid Architects as partners.

SINTEF

Oslo, Norway

Technical University of Denmark

Copenhagen, Denmark

Zaha Hadid Architects

London, UK

Partners

STACK is a collaborative project based in europe, bringing together SINTEF, the Technical University of Denmark and Zaha Hadid Architects as partners.