posted on 2021-11-22, 20:01authored bySoares, Gideon
<p>This research examines the potential of parametric design and contemporary design practice according to the following question: “How might parametric design be utilised to express qualities of contemporary masculinity in men’s products?” The goal of the research is to suggest a strategy that may be applied to contemporary design practise in order to more effectively support male consumer’s identities, needs, and desires. This is addressed through a case study that prioritises the expression of contemporary masculinity and related qualities in the consideration of the employed materials, form and design details. In developing this research, participant interviews, and a series of questionnaires were utilised to gather responses leading to the construction of material photo studies and data visualizations. Based on the data collected, a parametric definition was developed that supports the customisation of product containers in addressing the expression of contemporary masculine qualities. The parametric definition was applied in the design of a series of initial product prototypes that expressed the contemporary masculine qualities as identified by participants. The prototypes were subsequently assessed through participant interviews alongside a series of material swatches of varying surface qualities. Feedback from the interviews led to refinements in the product container designs within the parametric interface and the generation of a series of higher fidelity digital prototypes. These prototypes sought to effectively reflect the participant’s interpretations regarding the expression of contemporary masculinity.</p>
History
Copyright Date
2016-01-01
Date of Award
2016-01-01
Publisher
Te Herenga Waka—Victoria University of Wellington
Rights License
Author Retains Copyright
Degree Discipline
Industrial Design
Degree Grantor
Te Herenga Waka—Victoria University of Wellington
Degree Level
Masters
Degree Name
Master of Design Innovation
ANZSRC Type Of Activity code
970112 Expanding Knowledge in Built Environment and Design