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Rate My Professor Robert Crowther

University of New England

Ratings & reviews

5.08/20/2025

A true inspiration to all who learn.

4.05/21/2025

Always fair, encouraging, and motivating.

5.04/30/2025

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About Robert

Associate Professor Robert Crowther is Deputy Head of School in the School of Science and Technology at the University of New England and an Accredited Exercise Physiologist. He is a researcher and academic leader specialising in biomechanics, motor control, injury risk, and clinical exercise science. Robert completed his Doctor of Philosophy at James Cook University, examining exercise rehabilitation in peripheral arterial disease (2005-2008). He also holds a Graduate Certificate of Education (Tertiary Teaching) from James Cook University (2012), a Bachelor of Sport and Exercise Science with Honours (2004-2005), and a Bachelor of Sport and Exercise Science (2000-2003), both from James Cook University. His research program focuses on lower-limb function, movement variability, load monitoring, and ACL injury risk in youth athletes, spanning clinical populations and high-performance sport. Crowther has secured more than $2.8 million in competitive and industry funding and published over 60 peer-reviewed journal articles. Key publications include "Association between upper trunk rotation kinematics, shoulder and elbow joint kinetics and pitching performance in Australian baseball pitchers" (Mine et al., 2025, Journal of Sports Sciences), "A comparison between novice and elite cyclists movement stability during cycling" (Winter et al., 2025, Journal of Sports Sciences), "Lower limb coordination variability in people with plantar diabetes related foot ulcers" (Crowther et al., 2025, Clinical Biomechanics), "What gaps exist in biomechanics and motor control research in Paralympic sports? A scoping review focussed on performance and injury risk" (Lee et al., 2025, Journal of Sports Sciences), and "NICER: A new and improved consumed endurance and recovery metric to quantify muscle fatigue of mid-air interactions" (Li et al., 2024, ACM Transactions on Graphics).