Rate My Professor Bradley Power

Bradley Power serves as Lecturer in Games Art and Design within the School of Media and Communication at Murdoch University in Perth, Western Australia. He is recognized as Dr. Brad Power in university news articles and holds expertise in game design techniques and theory, including 2D and 3D games art. His research interests encompass procedural content generation, video games, simulations, and artificial intelligence, as indicated on his Google Scholar profile. Power contributes to collaborative interdisciplinary projects, notably in educational technologies and health informatics. He has co-authored publications on simulation platforms for initial teacher education, eye-tracking in virtual and mixed reality for learning assessment, and software applications enhancing patient-clinician interactions in chronic HIV care. Additionally, he serves as Academic Chair of Games Art and is involved with the Murdoch Virtual Centre for Simulation, supporting innovative teaching and research in creative media.

Key publications by Bradley Power include 'The use of eye tracking technology to explore learning and performance within virtual reality and mixed reality settings: a scoping review' (2022, Interactive Learning Environments, co-authors N.A. Rappa et al., 96 citations), which reviews eye-tracking applications in immersive environments; 'Simulation platforms in initial teacher education: Past practice informing future potentiality' (2022, Computers & Education, co-authors S. Ledger et al., 55 citations), examining virtual simulations in Australian teacher training; and 'MASTR-MS: a web-based collaborative laboratory information management system (LIMS) for metabolomics' (2017, Metabolomics, co-authors A. Hunter et al., 21 citations). Other works cover patient-reported outcomes software for HIV management (2021, Journal of Medical Internet Research) and analysis of age classification neglect by digital game players (2022, PLOS ONE). Power supervises postgraduate research, such as 'Two Minds, One Design: Multidisciplinary Collaboration in Graphic Novels' (2023 Masters by Research). His insights on classic video games, including Nintendo's powerups in Mario Kart 64, touch controls in Fruit Ninja, and chase mechanics in Nokia Snake, underscore his influence on understanding addictive game design elements. These contributions have earned over 140 citations across platforms, impacting fields like education technology and game studies.