Good Design is as Little Design as Possible
- Mar 3
- 3 min read
Our industry likes to talk about innovation, optimisation, and efficiency.
But rarely do we talk about restraint.
In architecture and structural engineering, the real discipline is not what we can add. It is what we are prepared to remove.
We have the tools to model almost anything. Parametric geometries. Expressive frames. Heroic cantilevers. But sometimes that freedom creates complexity for its own sake.
The projects that endure, the ones that feel elegant, inevitable, almost effortless, tend to have a different quality.
Dieter Rams put it plainly:
“Good design is as little design as possible.”
In engineering, that is not minimalism as an aesthetic. It is minimalism as a philosophy.
In structural terms, it might mean sizing a beam to do precisely the job required and no more. Letting the grid align naturally with the architecture instead of wrestling it into submission. Shaping a detail that answers several demands simultaneously, rather than layering solution upon solution.
Antoine de Saint-Exupéry reinforced the point beautifully:
“Perfection is achieved, not when there is nothing more to add, but when there is nothing left to take away.”
In a climate emergency, this is no longer philosophical. Every extra tonne of material carries environmental weight. Every unnecessary transfer or over-designed element has a carbon consequence.
But restraint is also about space, not just material.
Claude Debussy wrote:
“Music is the space between the notes.”
The Japanese concept of Ma expresses something similar. It describes the meaningful pause, the interval, the emptiness that gives form its weight.
Architecture lives in that space.
Engineering enables it.
Of course, the lure of the extraordinary is real. Long span floors, complex geometries, expressive roof structures that demand intricate structural gymnastics and might even land you a Structural Award. That does wonders for the ego. I would be lying if I said that was not appealing.
But spectacle does not automatically deepen the architecture. And it often comes with both financial and material cost. The harder question is whether the flourish genuinely serves the building and respects the planet, or simply flatters the engineer.
Columns, beams and walls are necessary. But what people actually experience is the volume they define, the light they frame, the silence they hold. The pause between structural notes.
When structure is resolved with clarity, it recedes just enough to let Ma emerge.
Do not get me wrong. I am not arguing that structure should always be hidden away or reduced to the most conventional solution. Far from it. Sometimes the skeleton should be brought proudly out of the closet.
As Debussy also observed,
“Works of art make rules; rules do not make works of art.”
We rely on codes and standards, rightly so. Safety is non negotiable. But compliance alone does not create architecture.
The most elegant projects often arise when a team ques
tions the default.
Does this transfer really need to exist?
Can the load path be more direct?
Can one element do the work of two?
Can we remove rather than reinforce?
And when everything aligns, material, proportion, structure, light, the building feels effortless.
We know it was not. We remember the modelling, the iterations, the conversations, the compromises. But the finished space carries none of that strain.
Perhaps that is what Debussy meant when he said,
“Art is the most beautiful deception of all.”
The physics remains uncompromising. The forces are very real. But when the engineering is so coherent that it feels natural, almost inevitable, it allows the architecture to speak without shouting.
As environmental constraints tighten and expectations rise, our greatest contribution may simply be this.
Less excess.
Less noise.
Less material.
More intent.
More space.
More Ma.
Just enough structure to hold the space in place.
Comments