Reducing Cognitive Load and Supporting Memory in Visual Design for HCI

In the field of Human Computer Interaction (HCI) we have a broad range of ways to understand how our memory and cognitive load is affected by interactions in the world. The research described here aims to distil the complexity of activity theory, embodied interaction, distributed cognition and human factors engineering into a HCI framework for understanding and developing visual designs in HCI (a design methodology). To assist this process, interviews were conducted with visual designers from human-computer interaction, marketing, art and design. The designers were asked about their design process and how they handle memory and cognitive load. The results revealed a consistent effort towards understanding a target audience, the effect of the situation of a design artefact and the effect of cultural experience and expectations on design. These results inform a simpler, generalist approach which targets the heart of making effective and inspiring design artefacts for HCI.


The research was presented in poster format with an extended abstract at CHI 2017. Supplied on this page are a 3D model of the poster and PDF of the extended abstract.


I send out a big thank you to the members of the CHI community that praised the work online :^) I've published their tweets below.

Dated
May 2017
Website
dx.doi.org/10.1145/3027063.3048430
PDFs
Mazza 2017 CHI

View in fullscreen.

IMG 2585

My colleague Chunlei Chang braving the rain in Denver CO, USA with the wrapped flat-pack of the poster.