PhD Students

Input techniques and technologies in the backdrop of Ubiquitous Computing

Usable Privacy & Security, Social Media, Machine Learning, Data Science

Human-agent interaction. Collaborative play / learning. Educational games. Rapport.

Input devices, interaction techniques, sensors, inexact and inattentive interaction.

Speech-User Interfaces, Mobile Computing, Novel Input and Interaction Techniques, Educational Games

Intelligent Tutoring Systems, Creativity in Design

Research through Design, Design Methods, Virtual Possessions, Slow Technology, Sustainability

Learning with graphical representations, intelligent tutoring systems, in vivo experimentation, eye tracking, bayesian knowledge tracing

computer science education, intelligent tutoring systems, automated assessment

Jason does research in the area of ubiquitous computing, and takes a strong interdisciplinary approach in his work. He is interested in how we can integrate technology into our everyday lives in ways that enhance and encourage social interaction, and in how we can automate identification and delivery of relevant content to people in the right place, and at the right time.