ECCE 2017 - Keynote Speakers

The Materiality of Interaction, Professor Mikael Wiberg from Umeå university, Sweden 

Abstract: Smart watches, smart cars, the Internet of things, 3D printing: all signal a trend toward combining digital and analog materials in design. Interaction with these new hybrid forms is increasingly mediated through physical materials, and therefore interaction design is increasingly a material concern. In this keynote, Mikael Wiberg takes a point of departure in his forthcoming book "The Materiality of Interaction (MITPress, 2018) in which he describes the shift in interaction design toward material interactions. He argues that the "material turn" in human-computer interaction has moved beyond a representation-driven paradigm, and he proposes "material-centered interaction design" as a new approach to interaction design and its materials. He calls for interaction design to abandon its narrow focus on what the computer can do and embrace a broader view of interaction design as a practice of imagining and designing interaction through material manifestations. A material-centered approach to interaction design enables a fundamental design method for working across digital, physical, and even immaterial materials in interaction design projects.In this keynote Wiberg looks at the history of material configurations in computing and traces the shift from metaphors in the design of graphical user interfaces to materiality in tangible user interfaces. He examines interaction through a material lens; suggests a new method and foundation for interaction design that accepts the digital as a design material and focuses on interaction itself as the form being designed; considers design across substrates; introduces the idea of "interactive compositions"; and argues that the focus on materiality transcends any distinction between the physical and digital.

Bio: Mikael Wiberg, is a full professor in informatics at Umeå university, Sweden. Prior to this position he has held positions as Research director for Umea Institute of Design and Chaired professor in Human-Computer Interaction at Uppsala university, Sweden. He is editor for the Architecture & Interaction forum for ACM Interactions, and his research interests includes a focus on interaction design at the scale of architecture, an interest in the materiality of interaction, and an interest in concept-driven design methods. Today he will give the keynote ”The Materiality of Interaction - Notes on the Materials of Interaction Design” which is also the title of his forthcoming book at MITPress (January, 2018).

Making the invisible visible again - toward intelligible interfaces for all, Associate Professor Kris Luyten from Hasselt University, Belgium. 

Abstract:The emerging trend of Internet of Things (IoT) refers to networks of physical objects with autonomous processing capability and various sensors. The number and diversity of IoT objects in our daily environments, and their complex processing and communication capabilities, makes taking control over IoT objects and applications an overwhelming task for end-users. This is reinforced by the fact that IoT objects and applications often aim to be invisible, with autonomous, context-aware and smart behavior. We explore solutions that allow end-users to enforce and create intelligible IoT objects and applications, by using new tools, design concepts and even by fabricating or adapting physical interfaces that serve as a front-end.

Bio: Kris Luyten is an associate professor in Computer Science at Hasselt University and member of the Human-Computer Interaction lab of the research institute Expertise Centre for Digital Media. His original, and still ongoing, research interest is finding new techniques and methods to engineer and use context-aware interactive systems. Since a few years, he is working within and with his team on various aspects of creating more accessible, usable and approachable ubiquitous systems. Intelligibility is among the core interface concepts that is explored for this purpose. 


Page Editor: Rikard Harr

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Image: Umeå Universitet