First the Task, Then the Form: Two Routes to Better Design

Framing a Task Differently

Many designs begin with a product category already assumed: a new container, a lamp or a chair. The introduction to biomimicry presented on AskNature suggests a different starting point. Rather than immediately searching for a form, it first examines the function. Does something need to be distributed, connected, protected or moved? The subsequent biological research is guided by this task. This shift can reveal new possibilities because it initially sets aside an object’s familiar shape. It does not, however, guarantee a better solution. Even an open-ended question must be narrowed down to remain manageable. A precise description is therefore useful for the design process: who needs the function, under what conditions and with what practical constraints in later use?

Usefulness Is More Than a Wealth of Functions

Among Dieter Rams’ ten principles, the Design Museum lists usefulness, understandability and unobtrusiveness. These criteria shift attention away from simply adding more possible functions. An object may be technically capable of many things yet still be difficult to use. Conversely, a deliberately limited function can be convincing if it is reliably and clearly accessible. The comparison with biomimicry here is not a historical connection but a methodological juxtaposition. Both perspectives help us avoid assessing outward form in isolation. For Rams, the quality of the designed product is central; functional observation of nature offers one possible route to new principles for solving problems. Only the specific task determines whether and how these perspectives can usefully be combined in a project.

A Design Needs Testable Criteria

For practical purposes, a simple but demanding sequence can be derived from this. First, the task is described without prematurely fixing its form. Next, possible principles for solving it are gathered and translated into variants that can be tested. Finally, an investigation establishes whether they actually make the intended use easier. Claims such as ‘natural’, ‘minimalist’ or ‘innovative’ should not serve as substitutes for criteria. Concrete questions are more interesting: is the sequence of actions understandable, can the object be operated appropriately and does it retain its function under the intended conditions? Rams’ principles are points of reference here, not a measurement standard. Likewise, a biological model initially provides a reasoned source of inspiration. Good design emerges only from the careful combination of idea, material, testing and an honest description of what the chosen solution can do.

Keep exploring

• Bauhaus Is More Than a Look: Learning Through Materials and Experiment
• Biomimicry: Learning from Nature, Not Just Mimicking Its Forms
• Longevity Is More Than Timelessness: What Makes Good Design Endure