In our project, Shapesifting, we created a collection of design methods to facilitate the creation of organic shapes and forms for use in product design. The methods address how one can use natural movements and processes to not only generate, but also develop and iterate organic and biomorphic shapes in a design process. We chose to use this approach in our Bachelor thesis because of a shared desire to holistically explore form over a long period of time. Contrary to the normal process that prioritizes function over form, we chose to start our project with making a form which could be integrated into a product down the line.

We made the decision that the thesis would revolve around our method as a design tool. This project diverged from the practices of a typical design process and we felt like we were in uncharted territory. This required us to rely on intuition built up over the past three years and a general “go with the flow” approach. The lack of familiar structure caused some concern in the group, but we were lucky enough to have proper guidance and a supportive group dynamic.

We used many different methods to create and visualize forms based on the shapes found so far. These methods include different Computer Aided Design software (CAD), Virtual Reality (VR), 3D-printing and sculpting of physical media. We found it preferable to use 3D-modelling software that has tools for freeform surface modelling, as it is intended for digital sculpting of consumer products.

We show how the use of a method like this can lead to products with a higher degree of sustainability through the user's emotional attachment to the product. Through our pilot project, RINOKO, we have shown that the method can be used in the production of physical objects. We did this by producing the form in a myriad of sizes and materials, including sand-cast tin, porcelain and concrete.

This project was an amazing journey for us as a group, giving us a broader understanding of form. This gave us a new perspective of innovation in product development. Our asymmetrical workflow really lent itself to the process and a good cooperative work environment.