Intelligent Interactive Systems and Physical Computing
Interactive artificially intelligent systems such as personalised robots, self-driving cars and AR/VR-based systems that co-exist and collaborate with humans are increasingly becoming part of our everyday reality. However, many scientific challenges must be overcome before such interactive agents can contribute to solutions to some of humanity’s most urgent problems, including urban congestion and mobility, rising healthcare costs, an aging society, technical literacy and digitisation, and climate change.
Christian Holz
Associate Professor
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virtual reality, healthcare, ubiquitous computing, embedded systems, haptics, human-computer interaction, physical prototyping, sensing, signal processing, predictive health
April Yi Wang
Assistant Professor
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educational technology, human-computer interaction, artificial intelligence in education, collective intelligence and organizational technology, end-user programming, user interface for programming