The Learning-by-Making program at the University of Tasmania, School of Architecture & Design is based on principles of experiential learning, community engagement and the importance of ‘making’ in design education. The program has integrated a ‘homegrown’ digital fabrication tool into its design/build repertoire. Many opportunities for creative engagement with educational and training institutions have emerged. The projects illustrated in the paper – including an exhibition stand, an outdoor learning space, and several iterations of a transportable micro-dwelling – have been fabricated using a bespoke Sketchup plugin called ‘Superslob’. The plugin, designed with an emphasis on accessibility, transparency and reliability, ignores the lure of algorithmic gymnastics and instead focuses on the mass-customisation potential of five simple jointing patterns applied to sheet materials. Case studies describe how, from this simple, open-ended premise, Superslob has provided a flexible and reliable tool to support vocational training and enable collaborative design with primary school students. The paper suggests how digital fabrication can support ‘making’ as a collaborative, creative and socially productive act, and reinforces the value of long-term community engagement.
History
Publication title
Across: Architectural Research through to Practice - Proceedings of the 48th International Conference of the Architectural Science Association
Editors
F Madeo, MA Schnabel
Pagination
457-468
ISBN
978-0-9923835-1-0
Department/School
School of Architecture and Design
Publisher
Genoa University Press
Place of publication
Genoa, Italy
Event title
48th International Conference of the Architectural Science Association
Event Venue
Genoa, Italy
Date of Event (Start Date)
2014-12-10
Date of Event (End Date)
2014-12-13
Rights statement
Copyright 2014 The Architectural Science Association