Full Portfolio
'Actuated Tangible User Interfaces'
My HCI (human-computer interaction) research focuses on designing and developing Actuated Tangible User Interfaces (A-TUIs). A-TUI is an emerging type of user interface that can physically actuate (shape-change and move) for novel user interaction.
While modern computer interfaces (laptops, smartphones/watches, IoT, VR/AR, etc.) have remained physically static and visually dominant for information display and interactivity, A-TUIs can physically convey digital information and dynamically adapt to bodily interaction.
My research in A-TUI merges physical materials with computational and robotic technologies for creating a seamless tangible interaction experience.
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Device Forms and Interactions
A-TUI devices that take forms of everyday materials and tools for user interaction
Designing Line-based Shape Changing UIs
Envisioning and Reviewing Actuated Curve Interfaces
[Pervasive Computing '17, Nakagaki et al]
Perception Design through Tangible Interactions
Design perception for materiality and narratives via motion and force
Activating Inert Material & Mechanisms
Giving lives to passive materials and mechanisms with A-TUIs
Other Research
Other Principal and Collaborated Research
Ken Nakagaki © 2021