PhD Candidate, The University of Adelaide, Australia
Conor Kenneally is a dedicated researcher in educational psychology currently pursuing his PhD at The University of Adelaide (2024–present), supported by a Research Training Program Scholarship. He earned an MEd by research (2022–23) with a perfect GPA of 7.0/7.0, receiving the Future Talent Scholarship. His background spans multiple disciplines, including a Master of Teaching from The University of Melbourne and University of Oulu, and degrees in science and forensic chemistry from Flinders University. Recognized with multiple scholarships and research awards, his expertise bridges psychology, education, and scientific inquiry. 📖🔬✍️
Publication Profile
Orcid
Academic Journey 🎓📚
Conor Kenneally is a passionate researcher currently pursuing a PhD in Educational Psychology at The University of Adelaide (2024–present), supported by the Research Training Program Scholarship. He previously completed an MEd by research (2022–23) with a perfect GPA of 7.0/7.0, earning the Future Talent Scholarship. His academic background also includes a Master of Teaching from The University of Melbourne and University of Oulu (2015, 2017), where he gained international experience. Additionally, he holds a Bachelor of Science (Honours) and a BSc in Forensic and Analytical Chemistry from Flinders University. Recognized with multiple scholarships, his expertise spans psychology, education, and scientific research. 📖🔬✍️
Mr. Kenneally’s research journey began with an Honours thesis in organic chemistry at Flinders University, where he achieved Second Class Division A Honours. His transition into educational psychology research showcases his adaptability and intellectual curiosity. The high academic distinctions and research-based degrees indicate strong analytical and investigative skills, crucial for a top-tier researcher.
Research Focus
Conor Kenneally’s research primarily focuses on educational psychology 🧠📖, with a strong emphasis on cognitive load theory and visuospatial abilities in learning. His work integrates augmented reality (AR) technology 🕶️📱 to enhance STEM education, particularly in chemistry learning 🧪. His recent study, A Cognitive Load Approach to Molecular Geometries, explores how AR can improve students’ understanding of molecular structures. With a multidisciplinary approach combining psychology, technology, and science education, his research aims to advance innovative teaching methodologies and improve student engagement in complex subjects. 🚀🎓💡
Publication Top Notes
A Cognitive Load Approach to Molecular Geometries: Augmented Reality Technology and Visuospatial Abilities in Chemistry