Relational Textiles for Space Design: design methods and expressions
Licentiate thesis, 2011
The emergence of the Smart Textiles field opens possibilities for designers
to combine traditional surface fabrication techniques with advanced
technology in the design process. When it comes to the field of Smart
Textiles as interactive materials for space design, it is essential to understand
the identity of the material through design and also to understand the novel
expressions being mediated for space. Thus, the purpose of this thesis
is to develop knowledge by design on Smart Textiles as materials for
architecture and to do so through design. The thesis formulates a research
program to frame the design explorations. Thus, Relational Textiles for
Space Design is defined as a research program in architecture where the
focus lies on developing methods to design interactive textile surfaces
using knitted constructions. The program is illustrated by the design
projects e.g., Knitted Light, Touching Loops, Designing with Heat and
Tactile Glow. As a result of the research, a new methodological framework
for interactive textile design is proposed. The framework defines the
notions of field and frame of reference for the design. These notions form a
method to discuss design variables of relational textile expressions. Based
on the design examples, the emerging expressions are described according
to the field relations that the interactive textile introduces in space. Thus,
expressions of spatialization e.g., reduction, amplification, addition and
disassociation are introduced.
knitted structures
architectural design
interactive textiles
Piazza, Patricia Huset, Forskningsgången 6, Lindholmen, Chalmers tekniska högskola,Göteborg
Opponent: Paul Nicholas, CITA, Royal Academy of Fine Arts, School of Architecture, Copenhagen, Denmark