Teaching programming for and with microcontroller-enhanced physical models

Fischer, T 2005, 'Teaching programming for and with microcontroller-enhanced physical models', International Journal of Architectural Computing, vol. 3, no. 1, pp. 58-74.

Document type: Journal Article
Collection: Journal Articles

Title Teaching programming for and with microcontroller-enhanced physical models
Author(s) Fischer, T
Year 2005
Journal name International Journal of Architectural Computing
Volume number 3
Issue number 1
Start page 58
End page 74
Total pages 16
Publisher Multi-Science
Abstract As processes of use, interaction and transformation take center stage in various fields of design, electronic sensors, controllers, displays and actuators can significantly enhance the value of physical models. These technologies allow the development of novel computer interfaces for new kinds of interaction with virtual models, and in the future they can be expected to play an important role in the development of new types of active building components and materials for automated construction and dynamic runtime adaptations of inhabitable environments. However, embedding programmed logic into physical objects involves skills outside the traditional domains of expertise of designers and model makers and confronts them with a steep learning curve. The wide variety of alternative technologies and development tools available in this area has a particularly disorienting effect on novices. However, some early experiences suggest that mastery of this learning curve is easily within reach, given some basic introduction, guidance and support. To assist design students in acquiring a basic level of programming knowledge, better educational programming tools are still required. It is the intent of this paper to provide designers and educators with a starting point for explorations into this area as well as to report on the development of an educational approach to electronics programming called haptic programming.
Subject Design Innovation
DOI - identifier 10.1260/1478077053739603
Copyright notice © 2005 Multi-Science
ISSN 1478-0771
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