A Test of the Rapid Formation of Design Cues for Product Body Shapes and Features

[+] Author and Article Information
Ping Du

UX Researcher Dollar Shave Club Marina Del Rey, CA, USA

Erin F. MacDonald

Assistant Professor Mechanical Engineering Stanford University Stanford, CA, USA

1Corresponding author.

ASME doi:10.1115/1.4039768 History: Received August 02, 2017; Revised March 03, 2018


Consumers often use a product's visual design as a mental shortcut to judge its unobservable attributes. Mental associations between visual design and unobservable attributes aid consumers in their judgments, and hypothetically reduce consumers' mental load. This paper describes a study that shows the possibility of quickly creating an association in subjects' minds between a holistic visual cue of a product–its body shape–and the general idea of “environmentally friendly” versus “not environmentally friendly,” a typically unobservable attribute. In this study, products' actual environmental friendliness was not measured. Subjects completed an association-building task, which allowed them to learn predetermined associations between a product's visual cues and its “environmental friendliness” rating, an arbitrarily predetermined rating the authors supplied. The body shape was successfully used as a cue to subliminally communicate to subjects the product's “environmental friendliness.” As a comparison, an individual feature of the product was also used to cue; however, that was unsuccessful. An eye-tracking device was used to identify where subjects were focusing their eyes and for how long. In both the association-building task and a testing task that followed, subjects spent a greater percentage of time looking at the product's cued areas (the body and the selected feature). But during the testing task, subjects spent an even higher percentage of their time looking at the cued areas than they did during the association-building task. This indicates that mental associations, or cues, work to distribute mental load more efficiently.

Copyright (c) 2018 by ASME
Topics: Design , Shapes , Stress , Testing
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