Fostering oral presentation competence through a virtual reality-based task for delivering feedback

Authors Stan van Ginkel, Judith Gulikers, Harm Biemans, Omid Noroozi, Tom Bos, Richard van Tilborg, Melanie van Halteren, Martin Mulder
Published in Computers & Education
Publication date 20 February 2019
Research groups Artificial Intelligence
Type Article


from the article: "While previous studies have stressed the importance of feedback delivered by experts, it is unclear whether students' oral presentation competence can be fostered through innovative technology for delivering feedback. This experimental study examined the effectiveness of a virtual reality-based task, in which first-year undergraduate students practiced their presentation in a virtual environment and received feedback produced by the system, on their presentation competence components (i.e. cognition, behaviour and attitudes towards presenting). The effects were compared with a control condition, which was a face-to-face presentation task with expert feedback. The students’ performance was measured using pre- and post-test multiple-choice tests, validated rubrics, and self-evaluation instruments. Results revealed significant improvements from pre-test to post-test in all three presentation competence components, without a difference between the conditions. Furthermore, the self-evaluation tests showed that students who presented in virtual reality were appreciative of the detailed and analytical feedback they received. Because of sample size limitations, the effects found could not be generalised. Therefore, future research on a larger sample is needed to examine population effects. Follow-up studies should focus on the extent to which virtual reality-based tasks can encourage self-regulation skills for the effective and efficient integration of these tasks in presentation courses. "

On this publication contributed

Language English
Published in Computers & Education
Year and volume 134 june 2019
Key words Formative assessment, Higher education, Oral presentation competence, Virtual reality
Digital Object Identifier
Page range 78-97

Stan van Ginkel