Nov 29

Introducing Dr. David Simpson

Dr. David Simpson

BSc, Biomedical Electronics (1978-1981), PhD, Electrical Engineering (1983-1988),Ā Postgraduate Certificate of Academic Practice (2003-2004).

After schooling in Austria, David Simpson graduated in Biomedical Electronics from the University of Salford (1981), and then worked as a mathematics and physics teacher in Nigeria. He obtained his PhD in Electrical Engineering in 1988, initiating his research interests in signal and image processing with applications in medicine. From 1989 to 1998 he was a lecturer in the Biomedical Engineering Program at the Federal University of Rio de Janeiro (Brazil). He then became a research fellow in the Medical Physics Department of Leicester Royal Infirmary before moving to the University of Southampton (ISVR) in 2001.

David Simpson’s research interests are in the processing and analysis of signals from human subjects, in order to improve diagnostic methods in medicine, and increase the understanding of physiological systems.

Ā More information is available on Dr. Simpson’s University page.

Nov 27

Introducing Harriet Lea-Banks!

One of the fundamental approaches to building this particular MSc programme is the involvement of Key stakeholders to help us produce an educational curriculum that is beneficial not only to the academics and industry, but to the students that will beĀ enrollingĀ on it. Ā Harriet is one of our Student representatives from the University of Southampton!

Student Stakeholder: Harriet Lea-Banks

Harriet is currently in her third year studying for an MEng in Acoustical Engineering at the University of Southampton. Her passion is most obvious when Engineering is applied to a Medical context, with her most recent work applying Biomedical Signal Processing to access Cerebral Autoregulation. Supervised by Dr David Simpson (ISVR), the aim of this undergraduate dissertation project is to identify inter-individual difference in cerebral blood flow regulation mechanisms.

Harriet also holds the position of ISVR Academic President, overseeing and coordinating the course representatives from each year group and each subject within the department. She hopes that this role will inform her contribution to the development of the A.R.T. project.

Nov 20

Introducing Dr. Christopher Freeman

Dr Christopher Freeman

BEng(Hons) Electromechanical Engineering (2000),Ā BSc(Hons) Mathematical Sciences (2006),Ā PhD Electrical Computer Science: Control Engineering (2004).

Since 2007, Dr Christopher Freeman has been a lecturer at the University of Southampton in the Faculty of Applied Science. His primary research interests are in iterativeĀ learningĀ andĀ repetitiveĀ control theory and their experimental application to industrial systems.

Over the last five years, Dr. Freeman has applied his knowledge and expertise to develop advanced functional electrical stimulation controllers for stroke rehabilitation and tremor suppression. His broadening interests includeĀ bio-mechanicsĀ modelĀ identificationĀ and also motor learning and control.

Christopher has an on-going involvement as the principal and co-investigator on a number of grants across the globe, the latest of which includes the current A.R.T. project and also theĀ Australian Research Council discovery project.

More information about Dr. Freeman’s department can beĀ foundĀ here!

Nov 07

Introducing Professor Jane Burridge

Prof. Jane Burridge

PhD in Restorative Neuroscience

Jane Burridge is a Professor in Restorative Neuroscience and her primary research focuses on the mechanisms of sensory-motor recovery following stroke.

Prof. Burridge works collaboratively with electronics, control, design and signal processing engineers, psychologists and industrial partners, developing technologies for measurement and therapy, including:

  • Rehabilitation robotics
  • Functional Electrical Simulation (FES)
  • Non-invasive cortical stimulation

Her aim is to drive change in stroke rehabilitation towards intensive, evidence-based and cost-effective, therapy, using state-of-the-art technology.

 

 

Nov 05

Introducing Dr Ann-Marie Hughes!

As we mentioned last week, the A.R.T. team are going to be introducing some of the key academic staff behind the project to give you an insight into the people involved. First off, Dr Ann-Marie Hughes from the University of Southampton.

 

Dr. Ann-MarieĀ Hughes

BSc Chemistry, BSc Physiotherapy, MSc Information Systems, PhD Technologies for Stroke Rehabilitation.

 

I am a Senior Research Fellow in the Faculty of Health Sciences and also hold a Visiting Research Fellowship in the Faculty of Physical & Applied Science at the University.

Most of my research is cross disciplinary involving electronics & computer science, signal processing and health psychology. My PhD investigated re-educating upper limb movement post stroke using iterative learning control mediated by electrical stimulation.

Key Interests:

  • The development, application and clinical effectiveness of novel technologies (Functional Electrical Stimulation, Rehabilitation robotics, Wii, and sensors) for rehabilitation
  • Understanding health professionals, patients and carers perceptions of new technologies for rehabilitation
  • Factors affecting home-based rehabilitation.

 

 

For more information about the Health Sciences Rehabilitation TechnologiesĀ research team, please click here!

Oct 30

Welcome!

Welcome to the new Advanced Rehabilitation Technologies (EU MSc) project website!

 

Here you’ll find information about the project and the various partners involved. Click on the ‘About’ page for more information concerning the project itself and why we’re developing a masters programme for students in Advanced Rehabilitation Technologies. There is also information about the University partners involved in the project, as well as information about our associated partners. We’ve also got links to our twitter page on the site where we will be posting interesting links and articles related to the project.

 

Over the next few weeks, we’re hoping to introduce the various people working on the project with information about their current research and publications, and introduce the various technologies used in rehabilitation science. Ā So stay tuned and we’ll try our best to keep you in the know!

 

– The A.R.T. Team

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