Designing Space That Remembers

The design and construction process has traditionally been organized around deliverables. Drawings communicate intent. Specifications define products and performance. Models coordinate systems. Submittals verify information. Installation documents guide construction. Each serves an important purpose, but the information they contain often exists in different places and formats, moving from one participant to another as a project progresses.

The complexity can be significant. Even a single room may involve products from as many as 20 to 50 manufacturers, each creating and communicating information differently. Design intent can be translated repeatedly as information passes among tools, teams, manufacturers, documents, and trades. 

Every translation creates an opportunity for context to be lost. By project closeout, the physical environment may be complete while the information layer that created it has begun to disperse.

We explored this challenge recently in The End of the Handoff, where we considered how connected workflows could allow information to move with a project rather than being repeatedly retrieved, recreated, and transferred between isolated stages. But there is another dimension to that idea. What happens to all of that information once the project is complete? The end of construction shouldn’t mark the end of an interior's useful life. 

A more connected approach creates the possibility of what is often described as a digital thread: information that remains connected as a product or system moves through different stages of its lifecycle. Applied to interior architecture, the implications are significant.

The opportunity is to create greater continuity from visualization and design through configuration, coordination, validation, production, installation, and eventually reuse. Information created during design can inform specification. Specification can connect more directly to manufacturing and delivery. The data required for manufacturing can also contribute to submittals, shop drawings, installation details, and other parts of the delivery process. 

Instead of information being repeatedly recreated, the thread can help preserve continuity between design intent and manufacturing reality—and ultimately between what was envisioned, what was specified, and what was built.

This thinking is also behind Haworth BUILD, our growing digital toolkit for connecting the information required to design, specify, document, and deliver architectural products. The larger ambition is continuity: allowing information created at one stage of the process to remain useful at the next. When the physical environment and the information describing it remain connected, we begin to give the interior memory.

Modular architectural systems create an especially interesting opportunity because both the architecture and the information describing it can be structured as systems. Traditional construction often loses value when the floorplan changes because many of its components were created for a particular location and configuration. Modular architecture operates differently. Components can be designed to be removed, relocated, reconfigured, or reused as needs evolve. Haworth Architectural Solutions' wall systems, for example, use kits of parts, relocatable and reusable connections, removable tiles, and integrated technology to support ongoing change.

But physical adaptability is only half of the equation. The other half is knowing what you have. Imagine knowing the entire history of a wall: dimensions, finish, performance characteristics, components, connections, technical capabilities, and relationship to the surrounding architecture. The physical component retains its usefulness and the information describing it retains its usefulness, too. Together, they create an architectural asset with both physical and digital continuity.

We spend considerable time asking what happens on Day 2, when teams reorganize, headcounts shift, privacy requirements change, new technologies emerge, or a new tenant arrives with an entirely different program.

Today, the first step in responding to change can involve rediscovery. What exactly exists? What is behind the wall? Which components can remain? Which can move? What needs to be replaced? What will the change cost?

An environment with persistent information creates the opportunity for an organization to begin with what it already knows, fast-tracking the ability to make informed decisions about what should move, what should remain, what can be reused, and where existing assets can create value in the next configuration. Then Day 2 doesn't have to begin with an inventory of existing components. Instead, it can begin with a richer understanding of both the space and the thinking that shaped it.

The more an organization knows about its space, the more intelligently that space can change.

There is an important sustainability implication here as well. We often talk about reuse as a physical capability. If an architectural component can be disassembled rather than demolished, it can potentially remain useful through multiple configurations.

But to reuse something effectively, we need to know what we have, expanding the way we think about the components within an interior. Instead of becoming anonymous construction material once installed, walls, doors, glass, ceiling elements, and other components can increasingly be understood as an inventory of assets with known characteristics and potential future uses.

When change occurs, the question can begin shifting from What do we need to tear out and replace? toward What do we already have, and how can we use it again? This distinction matters. Reuse becomes more actionable when material intelligence remains available. And the sustainability conversation expands beyond what materials are made of to include how long those materials can remain useful.

Persistent information creates possibilities that extend beyond documentation and reuse. As digital models become richer and information becomes more connected, analytics—and eventually increasingly sophisticated AI applications—could help organizations explore future scenarios before committing to physical change.

What if a team grows? What if more privacy is required? Which existing components could support a new configuration? What would need to be added? How much existing material could remain in use? What might different scenarios mean for cost, time, or embodied carbon?

AI may ultimately make this information more powerful, but intelligence begins with continuity. Before a system can help us understand what a space could become, it needs reliable information about what the space already is. This suggests that we think about digital architecture as a way to preserve the thread between what we intended, what we built, what we own, and what the space might become next.

Buildings have always carried traces of their past. A patched floor reveals where a wall once stood. A ceiling grid records an earlier plan. Layers of construction accumulate as organizations and occupants change around them. But traces aren’t the same as memory. Connected data offers the possibility of preserving more of the intelligence created during design and carrying it forward with the physical environment. Combined with adaptable architectural systems, this intelligence can help organizations understand what they own, what can remain, what can be reused, and how their spaces might evolve without starting over.

This expands what we mean when we talk about Breaking the Fourth Wall. If architecture is going to become an active participant rather than a passive backdrop, its role doesn't have to end when construction does. It can continue creating value by carrying knowledge forward from one configuration, one occupant, and one moment to the next.


NOTE: This essay was written in conjunction with the Haworth Architectural Solutions presentation at Autodesk 2026 (September 15-17, 2026, Las Vegas), "Don’t Just Imagine the Future. Build It: How Information Became the Infrastructure of Interior Construction." Presented by Diane Chalker Turnwall, Director, Haworth Architectural Solutions Sales & Marketing.