Health & Medicine

Prosthetist and Orthotist

You design and fit artificial limbs and supports – restoring mobility to people who have lost it.

What this life looks like

Imagine losing a leg to a landmine, a traffic accident, or diabetes-related amputation and never being able to walk again – not because there is no prosthetic limb available anywhere, but because there is no trained professional in your country who can fit one properly. This is the reality for hundreds of thousands of Africans with limb loss and physical disability. As a Prosthetist and Orthotist you design, fabricate, and fit prostheses – artificial limbs – and orthoses – devices that support or correct the function of existing limbs and the spine. You assess patients' needs, take measurements and casts, fabricate devices, fit and align them to the individual patient, teach patients to use their devices, and follow up to ensure they are functioning well. Prosthetics and orthotics combines engineering, biomechanics, anatomy, and clinical skill in a uniquely hands-on way. In Africa the shortage of trained prosthetists and orthotists is severe, leaving large numbers of people with limb loss and disability without the devices they need to be mobile, to work, and to live independently.

What she actually does

A Prosthetist and Orthotist assesses patients with limb loss or limb dysfunction, takes clinical measurements, fabricates or sources prosthetic limbs and orthotic devices, fits and aligns devices to individual patients, trains patients in device use and care, repairs and adjusts devices, works with physiotherapists and surgeons in rehabilitation teams, and increasingly works on 3D-printed and lower-cost prosthetic designs for resource-limited settings.

Where you can work

SectorPlaces in Africa
Prosthetics and orthotics departments in rehabilitation hospitalsNational Physical Rehabilitation Reference Centre (South Sudan), National Amputee Rehabilitation Centre (Nigeria), Wentworth Hospital P&O Centre (South Africa)
Standalone prosthetics and orthotics clinicsOttobock Professional Centres (South Africa/Egypt), St. Nicholas Hospital Orthotic Clinic (Nigeria), Mobility Care (Kenya)
NGOs providing prosthetics to landmine and accident survivorsInternational Committee of the Red Cross (ICRC) Physical Rehabilitation Programme, Handicap International (Humanity & Inclusion), Exceed Worldwide
International organisationsthe International Committee of the Red Cross (ICRC) which has major prosthetics programmes in Sudan, DRC, and Ethiopia
Academic prosthetics and orthotics training departmentsTATCOT (Tanzania Training Centre for Orthopaedic Technologists), Federal College of Orthopaedic Technology (FECOT) (Nigeria), Tshwane University of Technology (TUT)
Medical device companiesSteeper Group (distributors), Ortholife (Nigeria), Aspen Medical

Why it matters in Africa

Africa has a high burden of limb loss from road traffic accidents, diabetes-related amputation, conflict, and congenital limb difference. Landmine injuries continue to cause limb loss in countries including Angola, Zimbabwe, and the Democratic Republic of Congo. Yet Africa has fewer than 1,500 prosthetists and orthotists for a population of over 1.4 billion. This means that the vast majority of people with limb loss or limb dysfunction who could benefit from a device never receive one. Training as a prosthetist or orthotist in Africa means entering a profession where demand is essentially unlimited.

Your pathway in

Biology, Physics, and Mathematics at secondary school. You then complete a Bachelor of Prosthetics and Orthotics degree, typically four years. In Africa these programmes are available at institutions including the University of Salford programme in Tanzania, the National Orthopaedic Hospital training programmes in Nigeria, and the Kenye Medical Training College in Kenya. The International Society for Prosthetics and Orthotics supports training programme development across Africa. After graduating you register with your national health professions council.

Skills you will need

Technical: Biomechanics of human movement, casting and fabrication techniques, device alignment and fitting, materials science for prosthetics and orthotics, and increasingly 3D printing and digital fabrication. Human: Practical manual skill in fabrication and fitting, empathy with patients who may be adjusting psychologically to major disability, patience in the iterative process of fitting and adjusting devices, and creativity in adapting standard designs to individual patients in resource-limited settings. Digital tools: CAD/CAM prosthetics design software, 3D printing technology for low-cost prosthetic components, gait analysis tools, and electronic patient records.

A woman in this field

Dr. Ahlam Hashim

Sudan

Sudanese prosthetist and orthotist and one of the leading trainers of prosthetics and orthotics professionals in East Africa. She has worked with international organisations to expand prosthetics and orthotics capacity in Sudan and the East Africa region and has been active in the African Federation of Prosthetics and Orthotics, working to build the professional infrastructure for the specialty across the continent.

Take your first step

Physics and Mathematics are particularly relevant for prosthetics and orthotics – the design of devices that replace or support the mechanics of the human body is fundamentally an engineering challenge. Biology is also important for understanding anatomy and how the body moves. Look at the International Committee of the Red Cross prosthetics programme in Africa, which gives a powerful picture of what this work involves in practice. If you have any interest in design, fabrication, or working with your hands, those instincts align naturally with what prosthetists and orthotists do every day.

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