Problemsolving Technique 12: Prototyping

The prototyping process begins with defining a clear objective and creating an initial prototype that represents the basic functions and features of the end product. This prototype is then tested and evaluated to gather feedback and identify opportunities for improvement. Based on the feedback, the prototype is revised and retested, repeating this cycle as many times as necessary until a satisfactory end product is achieved.

A key benefit of prototyping is the ability to get early feedback and make adjustments before significant resources are invested in final development. Prototypes make it possible to identify and fix problems and weak points early on, resulting in a higher quality and more user-friendly end product. In addition, prototyping fosters creativity and innovation by enabling developers to explore different approaches and solutions.

Prototyping for problem solving

Prototyping aids problem-solving by providing a hands-on, visual method for evaluating and improving ideas. By creating and testing prototypes, teams can make informed decisions and ensure that the final product meets requirements and expectations. This iterative method makes it possible to continuously make improvements and optimize the product.

Why is prototyping so effective?

Prototyping is especially effective because it provides a concrete and tangible way to test and validate ideas. Instead of relying on theoretical concepts or specifications, teams can use real models to evaluate functionality and user experience. This leads to better insights and a higher probability of developing a successful end product.

The graphic shows how the individual prototyping steps build on each other and complement each other in a cycle. The prototype is at the center of the process. The aim is to develop concrete solutions through iterations that can be gradually implemented in practice – always with an eye to involving stakeholders and preparing the change well.