After graduating as a medical doctor summa cum laude from the Medical University of Pécs in Hungary, Gabor moved into biomechanics research at Liverpool John Moores University (LJMU) in 1993. He then took up a position in the NHS to run the clinical gait analysis laboratory of Alder Hey Children’s Hospital (1996-2001). After returning to LJMU Gabor obtained his PhD in 2007 through developing artificial neural network based methods to aid clinical decision making in gait analysis of children with cerebral palsy. His main current research focus is virtual rehabilitation aiming to improve the selective movement control of children. He is also performing clinical gait analysis coupled with research for all patients in the UK with alkaptonuria, a rare genetic disease leading to early osteoarthritis. Gabor is now Professor of Clinical Biomechanics and since 2017, ESMAC’s Gait Course Organiser.
Jaap Buurke, PT, received his PhD in 2005 from the University of Twente for his work on recovery of gait after stroke. He is track coordinator (Principal Investigator) of the Rehabilitation Technology research cluster at Roessingh Research and Development , adjunct professor at North Western University Chicago (USA), senior researcher at Roessingh Rehabilitation Centre and he is affiliated to the biomedical signals and systems group of the University of Twente. He is the treasurer of the Society for Movement Analysis Laboratories in the Low Lands (SMALLL) and he is a member of the Dutch expert group on Neurorehabilitation. His research interests include human movement analysis with specific focus on motor control after stroke. He is actively involved in a diversity of (inter)national projects focusing on motor control, movement analysis, rehabilitation robotics and active assistive devices.
Kaat Desloovere is professor at the Department of Rehabilitation Sciences of K.U. Leuven and Service and Research Manager at the Clinical Motion Analysis Laboratory, at the University Hospital of Pellenberg (Leuven). Her research interest is in clinical motion analysis in different patient groups, with special focus on instrumented assessment of spasticity and muscle strength and on clinical decision making based on objective gait analysis, in children with cerebral palsy.
Martin Gough is a paediatric orthopaedic surgeon with a special interest in the management of children with disability due to neuromuscular problems. He trained in Ireland, and following fellowship experience in Toronto took up his present post working with the team in the One Small Step Gait Laboratory at the Evelina Children’s Hospital in Guy’s and St Thomas’ NHS Foundation Trust, London, in 1998. His research interests include the causes and treatment of deformity in children with cerebral palsy.
Han Houdijk obtained his Bachelor degree in Physiotherapy and his Master degree in Human Movement Sciences. After receiving his PhD on a study into the biomechanics and energetics of speedskating (a very relevant topic for the Dutch), he went back to clinical research as he accepted an associate professor position in Human Movement Sciences at VU University Amsterdam and was part-time appointed to set-up and direct the clinical gait and exercise laboratory in rehabilitation center Heliomare, Wijk aan Zee. His research and teaching focuses is on biophysical aspects of gait combining biomechanical, physiological and motor control principles to understand walking ability after different pathologies, among which lower limb amputation, CP and stroke.
Neil Postans is a Bioengineer who works in the gait laboratory at the Robert Jones and Agnes Hunt Orthopaedic and District Hospital in Oswestry, UK. Prior to this he studied for his PhD at the Bioengineering Unit at the University of Strathclyde. In his current post he works in a gait laboratory that assesses and treats patients with a wide variety of movement disorders. He has a particular interest in functional electrical stimulation (FES), and runs a clinical service that provides FES as an intervention to assist gait in patients with conditions including stroke and multiple sclerosis.
Andrew Roberts is a children’s orthopaedic surgeon who acts as the medical director of Oswestry’s gait laboratory. Only by getting involved with the process of gait analysis can a clinician get the best out of this technology so he spends a good deal of his time examining patients and interpreting the data.
is a Consultant Clinical Scientist in the Department of Paediatric Neuroscience, at the Evelina Children’s Hospital, London, and a Senior Lecturer in the School of Biomedical Engineering and Imaging Sciences at King’s College, London. Adam has managed the Gait Laboratory at his hospital for nearly 20 years and assessed thousands of children with cerebral palsy. He also directs a Master’s course in clinical engineering aimed at graduates with a physical science or engineering background wishing to pursue a career as a registered clinician in rehabilitation, medical device management and design and clinical measurement. His main research interest is in gross muscle structure and function in cerebral palsy.
Morgan Sangeux became a research & development engineer in the Gait laboratory at The Royal Children’s Hospital after completing his PhD in France. Since 2014, Morgan is also a senior research fellow at The Murdoch Children’s Research Institute and co-group leader of the orthopaedics and gait lab group. Morgan creates biomechanical models of the human body and develops new medical imaging technology. Morgan also developed an interest in statistical analysis and data mining, and currently leads a NHMRC project to create a computer-aided decision system for gait analysis in children with cerebral palsy.
With a PhD degree in physics, Sebastian Wolf spent several years in fundamental research in molecular physics before he moved to the field of motion analysis in 2001. As leader of the gait analysis lab of the Department of Orthopaedic Surgery at the University of Heidelberg he supervises a research group which is involved in clinical applications of gait analysis including neurologic disorders as well as prosthetics and orthotics. A focus is set on modelling shoulder and foot motion.