Teaching Digital Fabrication to Early Intervention Specialists for Designing Their Own Tools

Florian Güldenpfennig, Peter Fikar, Roman Ganhör
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Abstract

We taught basic principles of digital fabrication to four early intervention therapists that were specialized in the training of children with cerebral visual impairment and related disabilities. Here, our intention was threefold. First, we wanted to engage in digital fabrication together with the therapists to ‘kick-off’ a co-design project and get to know them; the project was about creating therapeutic toys, and we hadn't met our participants or co-designers before. Second, we wanted to give them an impression of the tools we use and the sorts of designs that we are capable of producing in the course of such a one-year design project. Third, we aimed at generating a first set of design ideas. In this paper, we show in which ways teaching digital fabrication enabled us to accomplish these goals. Interestingly, we did not anticipate one of our most interesting findings. - As it turned out, the therapists continued creating their own designs after the project was completed, drawing on their newly developed digital fabrication skills. Hence, as a fourth outcome, we ‘accidently’ empowered the participants to address their problems independently.
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教早期干预专家设计他们自己的工具
我们向四名早期干预治疗师教授了数字制作的基本原理,他们专门训练患有脑视觉障碍和相关残疾的儿童。在这里,我们的意图是三重的。首先,我们想与治疗师一起参与数字制作,“启动”一个共同设计项目,并了解他们;这个项目是关于创造治疗玩具的,我们之前没有见过我们的参与者或合作设计师。其次,我们想让他们对我们使用的工具和我们能够在这样一个为期一年的设计项目中生产的各种设计有一个印象。第三,我们的目标是产生第一套设计理念。在本文中,我们展示了教学数字制造的方式使我们能够实现这些目标。有趣的是,我们没有预料到我们最有趣的发现之一。-事实证明,在项目完成后,治疗师们继续利用他们新开发的数字制作技能创作自己的设计。因此,作为第四个结果,我们“意外地”授权参与者独立解决他们的问题。
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