I have over 20 years of experience both in academia and private industries in Australia, Canada and Europe. I am leading several large scale research projects and collaborate with over 100 professionals in more than 40 organizations worldwide.
Created in 1999, the project of research PROTAMINE (PROsthetics TeleAmbulatory Monitoring In a Natural Environment) focuses on the biomechanical aspects of the locomotion of individuals with lower limb loss, with a particular emphasis on the load applied on the residuum during rehabilitation and activities of daily living.
This website and a newsletter are the main internal and external communication tools of this project.
This website is primarily a depository of the lists of studies, team members, collaborations, grants, publications and impacts.
Nonetheless, it also includes information associated with the on-going developments through news, links and synopsis.
It is designed for a range of readers including the participants of the project, professionals involved into the locomotion of individuals with lower limb amputation fitted with a socket or osseointegrated fixation, and individuals with a keen interest in all aspects of biomechanics.
Key Performance Indicators | |
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Approximate number of publications | 66 |
Number of articles | 23 |
Number of refereed abstracts | 31 |
Number of grants | 20 |
Total amount awarded | $1,021,715 |
Number of on-going collaborations with industry partners | 9 |
Number of on-going collaborations with universities | 13 |
Number of on-going collaborations with care providers | 7 |
Number of active participants | 34 |
Number of past and on-going students | 13 |
Created in 1999, the project of research PARASHOT project focuses on the biomechanical aspects of the performance of athletes with a disability, with a particular emphasis on the so-called stationary throwers.
This website and the newsletter are the main internal and external communication tools of this project.
This website is primarily a depository of the lists of studies, team members, collaborations, grants, publications and impacts.
Nonetheless, it also includes information associated with the on-going developments through news, newsletters, links and synopsis.
It is designed for a range of readers including the participants of the project, professionals involved into the developments of stationary throwing events (i.e., athletes, coaches, officials, referees, scientists), and individuals with a keen interest in all aspects of biomechanics.
Key Performance Indicators | |
---|---|
Approximate number of publications | 18 |
Number of books and book chapters | 4 |
Number of articles and abstracts | 14 |
Number of grants | 6 |
Total amount awarded | $49,000 AUD |
Number of on-going collaborations with industry partners | 2 |
Number of on-going collaborations with universities | 2 |
Number of on-going collaborations with sport institutions | 6 |
Number of active participants | 14 |
Number of past and on-going students | 11 |