The relationship between architect and client has always depended on one thing above everything else: the client's ability to understand what they're being shown. For most of architecture's history, that meant asking people to read 2D drawings, interpret scale, and imagine the rest. Some clients are good at this. Most aren't, and why would they be? It's not a skill most people have reason to develop.
Technology has changed this considerably, and in ways that genuinely improve the quality of the decisions clients make during a project. Here's how we use it at RISE, and why it matters.
The most immediate shift has been VR. We use headsets that allow clients to move through a design before anything is built: to stand in a room, look up at a ceiling height, understand how light enters a space at different times of day, and change finishes in real time to compare options.
This isn't a presentation tool. It's a decision-making tool. The number of times a client has put on a headset, walked into their future kitchen, and immediately said "actually, can we move that island?" tells you everything about the gap between what a drawing communicates and what a space actually feels like. Catching those instincts at design stage costs nothing. Catching them on site is expensive.
It also builds confidence. Clients who have experienced their design in VR before construction starts are more settled during the build, because they know what they're getting. The uncertainty that makes construction stressful is substantially reduced when you've already stood in the finished room.
BIM is less immediately dramatic than VR but arguably more significant in its long-term impact on how buildings get designed and built.
A BIM model isn't a 3D drawing. It's a data-rich digital replica of the building, containing information about every element: its dimensions, its material properties, its energy performance, its cost implications, its maintenance requirements. When you change a window specification in a BIM model, the energy performance updates. When you alter a structural element, the implications ripple through the model.
For clients this means being able to ask meaningful questions that would previously have required lengthy back-and-forth between consultants. What's the energy efficiency difference between these two glazing options? How does the thermal mass of a concrete floor compare to timber? What's the maintenance lifecycle of this cladding versus that one? The model can answer these questions with data rather than opinion.
For us it means catching coordination problems between structure, services, and architecture before they become problems on site, which is where they're most expensive to resolve.
The practical reality of running a project is that decisions need to be made continuously, and waiting for a formal meeting to make them creates delays and frustration on all sides.
We use cloud-based project platforms that give clients visibility of progress, allow comments to be made against specific drawings or documents, and create a clear record of decisions and approvals. This keeps projects moving, reduces the risk of miscommunication, and means that when a client looks back at why a decision was made, the reasoning is documented rather than buried in an email chain from eight months ago.
It also means geography isn't a constraint. We work with clients who are based outside London, or who travel extensively, and the ability to engage with a project from anywhere has made collaboration genuinely more inclusive rather than just theoretically possible.
Technology is also changing what gets built and how. We're specifying materials that wouldn't have been commercially viable a decade ago: cross-laminated timber panels manufactured to precise tolerances, lime-based renders with improved performance characteristics, recycled content structural elements that meet the same specifications as their virgin equivalents.
On the construction side, prefabrication and modular assembly are increasingly relevant, particularly for projects where programme is constrained or site access is difficult. Building components in a controlled factory environment and assembling them on site reduces waste, improves quality control, and can significantly compress construction programmes.
We're watching developments in 3D printing of architectural components with interest, particularly for complex geometry that would be prohibitively expensive to form using traditional methods. This is still a developing area, but the direction of travel is clear.
Artificial intelligence is beginning to appear in the design workflow in ways that are useful rather than gimmicky. Generative design tools can explore a much larger solution space than any design team could manually, testing thousands of variations against defined parameters: daylight levels, energy performance, structural efficiency, cost. The architect's role in that process is to define what matters, interpret the outputs, and apply judgement that the tool can't provide.
We're cautious about overstating what AI currently contributes to design quality. The decisions that make a building genuinely good, the spatial relationships, the material choices, the way a building responds to its context and to the people who will use it, still require human judgement. But AI is a useful instrument in the toolkit, particularly for performance optimisation and early-stage option testing.
The underlying purpose of all of this technology is the same: better buildings, better understood, built more efficiently and with fewer costly surprises along the way.
The clients who engage most actively with these tools tend to get the most from them, and tend to be most satisfied with the finished result. That's not a coincidence. A client who has walked through their design in VR, reviewed the energy model, and tracked progress through a live project platform is a client who understands what they're building and why it looks the way it does. That understanding produces better decisions at every stage.
If you're thinking about a project and want to understand how we'd approach it, we're happy to talk it through.
→ Email us at architects@risedesignstudio.co.uk
→ Or call the studio on 020 3947 5886
RISE Design Studio, Architects, Interior Designers + Sustainability Experts
☉ Architecture for people and planet
☉ Trading since 2011
☉ Company reg no: 08129708
☉ VAT no: GB158316403