We explore the concepts of curiosity and interaction: how can we elicit curiosity in public spaces through interactive systems? We have developed a model consisting of five curiosity-evoking principles. In an iterative design research approach, we have explored the design implementations of these principles

HCI is increasingly recognizing its accountability to stakeholders beyond individual end users. The field now acknowledges that interaction designs participate in social formations, exerting political force whether or not designers intend them to. Inspired by the commitment to social issues common to the arts, architecture, and the humanities, we present the Significant Screwdriver, a research through design project that explicitly seeks to transgress social norms regarding the gendered division of labour in the do-mestic sphere in hopes of yielding insights or orientations toward improving the quality of domestic life.

We present an analysis of metadata gathered from the most viewed machinima on YouTube and WarcraftMovies. We demonstrate (1) a means for selecting an accessible corpus from a large population of videos, and (2) provide early evidence to support the claim that collective creativity develops over time and reaches a point of stabilization of production practices, technological infrastructure, aesthetic forms, and critical appreciation.

Inspired by findings about serendipity arising from people’s shuffle listening, we designed a digital photo display system to explore how we could support people’s encounters with serendipity with digital photos. Through this, we gained a deeper understanding of this technology-mediated serendipity and found ways that can support and even nudge people towards encountering serendipity.

This paper reflects on the uses of different forms of storytelling in the design and implementation of an experience prototype for a Museum exhibition about the medieval historian Jean Froissart.

The design of interactive decision aids for patients is challenging because there are few if any guidelines for information design for such devices. In this paper, we look at designing an interactive decision aid through the use of Cognitive Work Analysis (CWA) for cardiac patient needs.

Asthma is one of the most common childhood chronic diseases in the world, and the nature of paediatric asthma management inherently requires intense collaborative care. In this paper, we report the results of a multi-method qualitative inquiry aimed at understanding paediatric asthma management and the potential for technologies to support low-income families.

CareCruiser is a system designed to visualize the effects of applying clinical treatment plans and to support the exploration of the effects that the treatments have on the patient’s condition. While considerable progress has been made in recent years concerning the visualization methods to support computer-executable clinical treatment plans, our prototype succeeds in combining and enhancing the possibilities offered by the features of other systems