Although the research process was begun as linear, studio design practice often works best when
not forced into linear development. This is supported by Yee (2007, p. 5) who suggested that, while
it is tempting to ‘‘assume research is a linear process,’’ in some cases design research stages can exist
in an ‘‘iterative loop.’’ Thus, while an initial order of experimentation was outlined, the process was
ultimately allowed to move back and forth as ideas emerged and as pattern testing evolved. The documentation
process consisted of written notes based on studio observation, but to a greater extent, it
relied on visual documentation of each stage of the pattern development process in conjunction with
the note taking. Using extensive digital images, as well as digital comparisons of patterns, meant an
ability to return to each phase and to continually analyze and reflect on shapes and garment fit.
The original outlined experimental stages were:
1. Test patterns in half scale in muslin exactly as printed.
2. Test patterns in full scale to evaluate fit and range of movement on a model, focusing on
sleeve/armhole fit.
3. Make comparisons among the patent patterns for correlation of angles and grain placement,
especially the relationship of the shoulder/sleeve with other sections of the garment body.
4. Evaluate the pattern pieces for adaptation to decrease fabric waste when printing.
5. Create a digitally printed, engineered design for the original patterns, with fit changes but
minimal style changes to evaluate the effect of construction processes, different textiles, and
interaction of surface design with garment shape.
6. Use selected patterns to create additional designs, incorporating design changes and variations,
while evolving techniques for efficient pattern layouts and labor processes.