TouchTap
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Date
18-08-2020
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Abstract
TouchTap proposes an interaction model and fabrication mindset for an accessible and low-cost computer interface. The interaction model is transferable to a range of situations,
and it may be built using DIY processes or professional fabrication techniques. This thesis focuses on applying the interaction model to a wearable–a bag strap– within the
context of bicycling.
The interaction model starts as a basic navigation, forward,
backward, and selection. The model balances simplicity, intuition, and freedom of control.
The contributions of TouchTap can be split into three sections: an interaction design model, a scenario, and a prototype. The first contribution is an interaction design model that can be applied to wearables. The interaction model allows a user to control basic navigation features on their phone or computer by Tapping, Holding & Swiping. The second contribution, the scenario, is an application of the interaction design model to biking. The third contribution of this thesis is a prototype that demonstrates a sustainable mindset for material implementation for the interaction model, within context of the scenario.
This thesis implements frameworks from Activity Theory (AT), combined with Human Centered Design (HCD), and Human Computer Interaction (HCI). The process of this thesis starts with research and a re-framing of Activity Theory. HCD and HCI frameworks, tools, and methods tie into the AT tools to create a cohesive, ergonomic, and designed transferable interaction model.
The goal of this thesis is to propose the beginning of a
widely-accessible interaction model for designers, artists, and the community.
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Degree
M.A.D.
Discipline
Art + Design
