Kenny Meesters

Serious Gaming for User Centered Innovation and Adoption of Disaster Response Information Systems

Global profusion of information technology has spawned a large and varied number of tools and systems to aid disaster responders in managing disaster-related information. To adequately study the conception, development and deployment of such tools and systems, the user and the operational context in which user tasks are performed play a central role. As natural disasters however happen unexpectedly, often occur in remote areas and always impose working conditions of high time pressure and high situational volatility, user involvement is difficult to achieve for adequately studying tools and systems in disaster conditions. Current approaches for adoption in disaster conditions are therefore either resource intensive or lack realism, or both. This paper proposes the use of serious games to balance the realism of a disaster situation with an efficient and effective study setup and execution. Building on existing literature for serious gaming, it presents a serious game that focuses on the information management and decision making processes in an urban search and rescue setting. Through several game instances that have been played in the past three years, it examines the usefulness of serious games as a method to conduct research, to facilitate user centered development and to support dissemination activities.

HCI Challenges for Community-Based Disaster Recovery

In disaster recovery, responding professional organizations traditionally assess the needs of communities following a disaster. Recent disasters have shown that volunteer capacities within the community are not yet integrated in recovery activities. To improve the efficiency of responding professionals and utilize the potential capacity from within the community, a platform is needed that identifies needs and capacities and provides situational overviews of recovery activities for different stakeholders. The proposed COBACORE platform aims to 1) bring community needs and capacities directly together, 2) allow professionals to better maintain awareness of recovery activities and to better deploy their capacities and 3) facilitate collaboration between professionals and responding communities. For each function and feature, the Human-Computer Interaction (HCI) challenges are outlined. In ongoing work, a first prototype of this platform is implemented and evaluated with stakeholders in simulated disaster recovery activities.