Neurophysiologist & Para Sport Classification Researcher
Developing objective neurophysiological tools to ensure fairness and integrity in Para sport — bridging the gap between laboratory science and evidence-based classification systems.
I am a final-year Ph.D. researcher at the University of Queensland, specializing in the intersection of human neurophysiology and Para sport classification. My work sits at a unique crossroads of neuroscience, sports science, and applied ethics.
My core focus is developing objective neurophysiological tools — using surface EMG, transcranial magnetic stimulation (TMS), and motor nerve stimulation — to detect intentional misrepresentation during strength assessment in para-sport classification.
Beyond the lab, I am passionate about teaching and have instructed 200+ undergraduates across neurophysiology and exercise science, earning a 4.75/5.0 student evaluation score.
Using transcranial magnetic stimulation, motor nerve stimulation, and surface EMG to map neuromuscular function and voluntary activation capacity in para-athletes.
Developing 5+ custom MATLAB algorithms for real-time EMG signal processing, statistical analysis, and experimental paradigm control — improving data efficiency by 60%.
Co-Investigator on a $150K+ AUD international grant with Manchester Metropolitan University to transform World Para Swimming classification using surface EMG.
Complete list of 11 articles available on request. ORCID: 0000-0002-8303-2395
I'm always open to discussing research collaborations, neurophysiology, para-sport classification, academic opportunities, or just a conversation about science.