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Pilot testing of 3D printing technology for transtibial prosthesis in complex contexts (Togo, Madagascar and Syria)

CONICAVE, Jerome
TAN, Daniele
2017

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In January-October 2016, Handicap International carried out a pilot testing of 3D printing technology for transtibial prosthesis in Togo, Madagascar and Syria. The aim of the study was to explore and test how physical rehabilitation services can be more accessible to people living in complex contexts via innovative technologies (such as 3D printing, treatment processes that use Internet technology and tools) and decentralised services by bringing them closer to the patients. This scientific summary provides the context, the objectives, the methodology, the results of the study, and perspectives for the future.

A number of technical appendices are available

RS/05

Graduates’ perceptions of prosthetic and orthotic education and clinical practice in Tanzania and Malawi

MAGNUSSON, Lina
SHANGALI, Harold G
AHLSTRÖM, Gerd
2016

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Background: Maintaining and improving the quality of prosthetics and orthotics education at the Tanzania Training Centre for Orthopaedic Technologists is essential for the provision of appropriate prosthetics and orthotics services in African countries.

 

Objectives: To describe how Tanzanian and Malawian graduates’ of the Diploma in Orthopaedic Technology perceive their education and how it could be improved or supplemented to facilitate clinical practice of graduates.

 

Methods: Nineteen graduates from the diploma course in orthopaedic technology were interviewed and phenomenographic analysis was applied to the data.

 

Results: Seven descriptive categories emerged, namely varied awareness of the profession before starting education, well-equipped teaching facilities, aspects lacking in the learning context, need for changes in the curriculum, enabling people to walk is motivating, obstacles in working conditions and the need for continuous professional development. All participants perceived possible improvements to the content and learning environment.

 

Conclusions: Prosthetic and orthotic education can be better provided by modifying the content of the diploma programme by dedicating more time to the clinical management of different patient groups and applied biomechanics as well as reducing the programme content focusing on technical aspects of prosthetic and orthotic practice. Graduates were not prepared for the rural working conditions and the graduates desired continued training.

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