Algorithmic design for traditional bobbing lace methods

This paper investigates the potential application of digital tools into the design and fabrication of textile weave through the combined use of form finding and the traditional technique of bobbin lace. The work explores how a traditional handcrafted method could lead to a new approach surrounding parametric and generative design in conjunction with digital fabrication technologies. The complete investigation is grounded on several case studies of renowned architects that have their work inspired by nature, such as Buckminster Fuller and Frei Otto. These case studies tried to reverse engineering their work using a popular visual programing language, accessible to most professionals. Considering the growing importance of digital processes in design due to its fast and optimized results, it is imperative that architects adapt to this new workflow. This is an attempt to show how computational design could incorporate a traditional and unexpected subject with great spatial control. It is also an introduction to the process of dynamic relaxation and a possible application of an evolutionary algorithm in architecture and design. Finally, the algorithm developed was used to propose a hammock-like chair prototype.