Please email to discuss potential projects. Current interests working towards include:

• Interactions between cognition and physical activity for brain health including BDNF responses to different exercise parameters
• The effect of physical exertion on decision making and neural correlates (e.g., EEG)
• Neurophysiological correlates with fatigue (in sporting, occupational & clinical settings)
• Mental fatigue in different settings.
• Training effects on cognition, brain function (e.g., cerebral blood flow, EEG measures) and exercise performance

Ben Rattray is a Professor at the University of Canberra (UC) working with the Research Institute for Sport and Exercise (UC-RISE). He teaches across several Exercise Physiology related units at both undergraduate and postgraduate level. Ben earned his doctoral degree at the University of Sydney in 2009, focussing on mitochondrial and calcium interactions in skeletal muscle. Since starting at UC in 2009, Ben has shifted his focus towards understanding interactions between human movement and the brain, seeking to optimise health and performance. Ben’s research seeks to understand how exercise can impact cognition and how the brain contributes to fatigue in both acute and chronic settings. His work utilises approaches including perceptual and performance outcomes alongside multimodal neuro-imaging techniques. This work has been applied in a range of contexts including military, occupational, health and high-performance sport settings. In 2016, Ben was awarded UC’s Early Career Research (Science, Health and Technology) prize and has a growing reputation as a leader in the area with collaborations worldwide. Ben now heads the Active Brain Research (Twitter) theme within UCRISE as well as a special interest group with the European Congress of Sport Science. But, to be honest, he would rather be orienteering, running, mountain biking, adventure racing, playing basketball, kayaking or skiing (all badly), and be spending time with his family.

Current projects include:

• Mental fatigue in occupational, sporting and clinical settings.
• Training for improved cognitive and physical performance.
• Exercise factors that influence acute cognitive performance.
• Improving exercise prescription for cognitive wellbeing and healthy ageing.
• Physical activity and cancer survivors. Cerebrovascular health and cognition.