My Expertise
I have extensive leadership experience in curriculum design, development and implementation of health professional programs as well as significant experience physiotherapy program accreditation. I have successfully established three new physiotherapy programs in Australia - The Bachelor of Exercise Science / Master of Physiotherapy and Exercise Physiology at UNSW (2022), the Bachelor of Physiotherapy at Federation University (2020) and the Master of Physiotherapy at the University of Technology Sydney (UTS) in 2016.
I am registered Physiotherapist and Chiropractor in Australia with over 20 years of clinical experience. As a neuroscientist, I am fascinated by the human brain. I have developed research expertise in several novel and sophisticated neurophysiological techniques, including transcranial magnetic stimulation (TMS), transcranial direct current stimulation (tDCS), electromyography (EMG), nerve excitability techniques, electroencephalography (EEG) and magnetoencephalography (MEG). These techniques allows me to interrogate pathophysiological mechanisms underlying various neurological disorders and neurodegenerative diseases. My current research focusses on the use of technology (e.g, robotics, brain stimulation and artificial intelligence) to improve outcome of neurorehabilitation.
Biography
I am an Associate Professor in the Faculty of Medicine & Health and the Physiotherapy Program Lead & Program Authority in School of Health Sciences. At UNSW, I currently lead the design, development and implementation of the new physiotherapy program, and coordinates the physiotherapy program accreditation processes. I have significant experience in leadership, management and curriculum development and has an established track record in...view more
I am an Associate Professor in the Faculty of Medicine & Health and the Physiotherapy Program Lead & Program Authority in School of Health Sciences. At UNSW, I currently lead the design, development and implementation of the new physiotherapy program, and coordinates the physiotherapy program accreditation processes. I have significant experience in leadership, management and curriculum development and has an established track record in physiotherapy program accreditation, having previously established two new physiotherapy programs in Victoria (Bachelor of Physiotherapy at Federation University in 2020) and New South Wales (Master of Physiotherapy at the University of Technology Sydney (UTS) in 2016). I was the inaugural Discipline Lead in Physiotherapy at Federation University prior to moving to UNSW in late 2021.
My research focusses on the use of technology in neurorehabilitation and currently collaborates with two technology companies (Tech Gym and AI-Exo) to develop novel robotic systems to improve rehabilitation outcomes for people with neurological disorders, including stroke and spinal cord injury. I am a member of the Council of Physiotherapy Deans, Australian and New Zealand (CPDANZ) and the Section Editor for the Brain Imaging and Stimulation (BIS) Journal.
Having completed a PhD (2009) investigating the mechanisms underlying neural adaptation induced by resistance training, I was awarded a prestigious and highly competitive 3-year research fellowship from the NSW Office of Medical Research (2011-2014, Spinal Cord Injury and Related Neurological Conditions Research Grants Program; $298,735) to undertake post-doctoral research training in clinical neurology under Professor Matthew Kiernan at the Brain and Mind Centre at the University of Sydney. I have developed research expertise in a wide range of neurophysiological techniques including non-invasive brain stimulation techniques (transcranial magnetic stimulation (TMS) and transcranial direct current stimulation (tDCS), electromyography (EMG), nerve excitability techniques, electroencephalography (EEG) and magnetoencephalography (MEG). These skills allows me to interrogate pathophysiological processes underlying neurological diseases and musculoskeletal disorders including chronic pain. I am an AHPRA registered Physiotherapist and Chiropractor with over 20 years of clinical experience.
My Grants
2022 UNSW Medicine & Health Seed Grant, School of Health Sciences. “Adding a spring in your step: can the “Super Shoe reduce muscle fatigue in running?”. McDonald K, Nahan K, Broderick C, Lee M and Heroux M ($9570.88).
2020 School of Health Research Equipment Funds. School of Health, Federation University. Lee M ($6,230.00).
2019 Spinal Cure Research Grant. “Robot-assisted game-based rehabilitation program for upper limb function in people with spinal cord injuries: A feasibility study”. Quel de Oliveira C, Stubbs PW, McCambridge A, Lee M and Verhagen AP. ($20,000).
2018 UTS Blue Sky Research Scheme, Faculty of Engineering & IT. “Upper limb stroke rehabilitation using electromyography functional connectivity analysis”. Su S, Carmichael M, Tipper J, Duffield R & Lee M. ($17,000).
2018 UTS Blue Sky Research Scheme, Faculty of Engineering & IT. “Collaborative robots for
versatile and affordable therapy in the clinic and the home”. Carmichael M, Lee M, Paul G and Aldini S. ($24,000).
2017 UTS Blue Sky Research Scheme, Faculty of Engineering & IT. “Kinetics and physiology of
human motion in stroke rehabilitation”. Su S, Carmichael M, Chai R, Duffield R and Lee M. ($15,000).
2017 UTS Blue Sky Research Scheme, Faculty of Engineering & IT, UTS. “Next Generation of
Miniaturized Wearable Millimeter-Wave Scanners for Instant Health Care Check”. Yang Y, Zhu F, Lee M and Dutkiewic E. ($18,000).
2016 Grant-in-aid, Motor Neurone Disease Research Institute of Australia, “Dissecting the
mechanisms underlying muscle fatigue in ALS using acute and cumulative resistance exercise”. Lee M (Chief Investigator). ($98,758.50).
2016 International Cooperation - FAPESB/Brazil. “Knee Osteoarthritis: Effects of adding
neuromodulation to exercises on pain, function and cortical representation of the quadriceps”. Baptista A and Lee M (*USD $56,150.00).
2015 Nina Buscombe Award. Motor Neuron Disease Victoria ($3000).
2015 The Peter Chandra Motor Neuron Disease Research Gift Grant, The Brain & Mind Centre, University of Sydney. Philanthropy grant. ($45,000).
2012-2014 Spinal Cord Injury and Related Neurological Conditions Research Grants Program, NSW Office for Medical Research. Lee M (Chief Investigator). ($298,735.00).
2012 Bill Gole Motor Neuron Disease Postdoctoral Fellowship, Motor Neurone Disease Research Institute of Australia. “Mechanisms underlying exercise-induced neuroprotection in patients with Amyotrophic Lateral Sclerosis (ALS)” Lee M (Chief Investigator). ($225,000, awarded and declined).
2011 Brain Foundation. “Utilising plasticity to drive functional recovery after spinal cord injury”. Lee M (Chief Investigator). ($44,000).
2010 Hamblin New Zealand Chiropractic Research Trust Fund. Haavik H and Lee M ($10,000).
My Qualifications
PhD (Faculty of Medicine, University of New South Wales)
Master of Physiotherapy (University of Queensland)
Master of Chiropractic (Macquarie University)
Bachelor of Science (Anatomy & Physiology) (University of New South Wales)
My Awards
2020 Techcelerator, Most Technically Feasible Prototype Award for the project titled: “AI-based Exoskeleton for Upper Limb Rehabilitation”, by Guo K, Wang L and Palayil J; Supervised by Su S and Lee M.
2015 Nina Buscombe Award. Motor Neuron Disease Victoria
2015 Distinction in Scholarship in the Journal of Neurophysiology, The American Physiological Society
2015 Travel scholarship, Taipei Medical University.
2012-2014 Applied Spinal Cord Injury Research Fellow, NSW Office for Medical Research.
2004-2008 Australian Research Council (ARC) Human Motor Control PhD Scholarship, Faculty of Medicine, UNSW
2007 University of New South Wales Postgraduate Travel Grant
2006 Australasian Winter Conference on Brain Research Travel Grant, Otago University
2005 Australian Neuroscience Society Travel Grant
My Teaching
Musculoskeletal Physiotherapy, Neurological Physiotherapy, Neurorehabilitation, Professional Practice, Neurophysiology, Inter-professional Education, Clinical Neurology
Publications
ORCID as entered in ROS
https://orcid.org/0000-0001-8872-9901