Dissertation/Thesis Abstract

Computational Design Tools and Techniques for Paper Mechatronics
by Oh, HyunJoo, Ph.D., University of Colorado at Boulder, 2018, 108; 10973750
Abstract (Summary)

Paper Mechatronics is a new design medium that integrates traditional papercrafting with mechanical, electrical, and computational components. This multidisciplinary medium adds layers to the creative possibilities of traditional papercrafting. This dissertation presents computational design tools and techniques that I designed and developed to enable novices to build their own Paper Mechatronics. I begin with an overview to describe Paper Mechatronics as a new medium for learning by making. Then I illustrate the design considerations and development of tools and associated prototyping techniques to support novice designers. Finally, I report on Paper Mechatronics workshops as user studies, where I assess the tools and techniques and discuss findings and lessons learned from working with a group of children, educators, and fellow researchers.

These investigations show that Paper Mechatronics can be a compelling means for exploratory construction that promotes powerful ideas. Consciously designed tools and techniques can lower the entry bar for novice designers to actively explore their ideas through design and engineering. This work establishes a foundation for Paper Mechatronics as a medium to enable creative learning and open a further discourse on developing tools and techniques to widen access to exploratory construction, thus promoting creativity.

Indexing (document details)
Advisor: Gross, Mark D., Eisenberg, Michael
Commitee: Buechley, Leah, Devendorf, Laura, Hsi, Sherry
School: University of Colorado at Boulder
Department: Atlas
School Location: United States -- Colorado
Source: DAI-A 80/05(E), Dissertation Abstracts International
Subjects: Design, Educational technology
Keywords: Computer-aided design, DIY technology, Digital craft, Human-computer interaction, Learning by making
Publication Number: 10973750
ISBN: 978-0-438-76700-3
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