<<Designers Corner is the place where ShapeDiver designers talk about their work. There is a story behind every model, and who better to tell the story than the designer himself? Our second episode introduces Dani Abalde, a jewelry designer working with bio-inspired algorithms.>>
The Designer
Daniel Abalde is an artisan jeweler in training at the Escuela Atlantico in Vigo, Spain. But Daniel really considers himself an algorithmic designer. He is one of the few creators who both develop computational tools and later use these tools to create a design and eventually a product.
When he finished his jewelry degree, in 2014, he started to develop Peacock, the jewelry plugin for Grasshopper. Daniel: "I did this after noticing that the conventional jewelry software I was taught did not have the potential that Grasshopper has."
Grasshopper plugins developed by Daniel.
Since then, the 26 year-old designer kept learning, while developing many other Grasshopper plugins like PhylloMachine and Brickbox. "I am passionate about bio-inspired algorithms" says Daniel, who also started to teach himself about artificial intelligence.
Daniel is the current Director of the Generative Jewelry Area at StudioSEED in Barcelona, Spain. "Our idea is to bring algorithmic jewelry to the jewelry sector. We offer technical services (optimize processes, automate custom production, improve profitability...), we develop custom tools or custom designs and we offer specialized training in Grasshopper and Peacock, in parametric and generative jewelry. We will soon launch our design brand as well", Daniel says. "I'm really excited for what is to come!"
Ringpples is a parametric ring inspired by the propagation of concentric waves in water. Being an algorithmic designer, Daniel didn't seek to only replicate the aesthetics of the waves, he replicated their physical behaviour. "I work in a functional way, simulating [nature]'s processes and adjusting them to my own style as a designer. There is no inspiration here, but creative requirements. I wanted to look for a nice and simple piece with an interesting parametric spectrum."