Al-Nahrain University has taken an important step towards potentially establishing a doctoral programme in Prosthetics and Orthotics Engineering in Iraq.
A ministerial committee visited the university’s Department of Prosthetics and Orthotics Engineering to evaluate whether it has the academic resources, research environment, infrastructure and facilities required to introduce a PhD programme.
Professor Dr Ayad Murad Takhakh, Dean of the College of Engineering, received the committee alongside Assistant Professor Dr Fahad Muhannad, Head of the Department of Prosthetics and Orthotics Engineering.
According to the university announcement, the committee reviewed the department’s scientific and academic capabilities and assessed its readiness against the requirements established by Iraq’s Ministry of Higher Education and Scientific Research.
The visit represents an evaluation rather than confirmation that the programme has already been approved or opened. Any subsequent launch would depend on the committee’s findings and completion of the relevant ministerial approval process.
Building advanced P&O education in Iraq
A dedicated PhD programme would represent a significant expansion of Iraq’s educational pathway in prosthetics, orthotics and rehabilitation engineering.
Al-Nahrain University already provides undergraduate education through a curriculum combining engineering, clinical practice and rehabilitation-related subjects. Published course information includes prosthetics, orthotics, anatomy, biomechanics, biomaterials, manufacturing processes, clinical practice, CAD/CAM, robotics, artificial intelligence, additive manufacturing and advanced gait analysis.
The department’s website also lists an MSc study plan, demonstrating an existing postgraduate foundation upon which doctoral-level education could potentially be developed.
A PhD programme would move beyond professional preparation and focus more intensively on generating original research. This could create opportunities for Iraqi researchers to investigate clinical and technical challenges that are especially relevant to the country and surrounding region.
Potential research areas could include:
- Prosthetic and orthotic biomechanics
- Advanced socket and interface design
- Rehabilitation robotics
- Gait analysis and movement assessment
- Digital scanning and CAD/CAM workflows
- Additive manufacturing of patient-specific devices
- Biomaterials and composite technologies
- Artificial intelligence in device design
- Clinical outcome measurement
- Locally appropriate and affordable assistive technologies
Connecting engineering with clinical need
Prosthetics and orthotics is inherently multidisciplinary. Effective doctoral research would therefore require cooperation extending beyond the university’s engineering laboratories.
Partnerships with rehabilitation hospitals, prosthetic and orthotic centres, physiotherapy departments, rehabilitation physicians, surgeons and disability organisations would help ensure that research addresses real clinical priorities.
Doctoral candidates would also need appropriate access to patients, movement-analysis facilities, fabrication technologies and ethical research governance. These elements are particularly important when studies involve clinical assessment, experimental devices or patient-specific data.
International university partnerships could provide further value through joint supervision, research exchanges, laboratory collaboration and access to specialist expertise. However, building strong research capacity inside Iraq will be essential if the programme is to respond effectively to national requirements and remain sustainable.
Developing future academics and researchers
One of the most important potential benefits of the proposed programme is the development of future university educators.
As P&O education expands, institutions need qualified academic staff capable of teaching advanced engineering and clinical subjects, supervising research and developing modern curricula. A domestic PhD pathway could enable Iraqi professionals to continue their education without relying entirely on overseas doctoral programmes.
Graduates could contribute as:
- University lecturers and research supervisors
- Rehabilitation and biomedical engineering researchers
- Product-development specialists
- Clinical technology advisers
- Assistive-technology policy contributors
- Leaders of academic and clinical research laboratories
This could strengthen continuity between undergraduate education, postgraduate research and the practical needs of rehabilitation services.
Regional significance
Across the Middle East, demand is growing for more advanced education in prosthetics, orthotics, rehabilitation engineering and assistive technology. However, doctoral programmes dedicated specifically to these fields remain limited.
If approved and implemented with appropriate academic, laboratory and clinical resources, the Al-Nahrain programme could become an important research platform for Iraq and the wider IMEA region.
Its value would depend not only on establishing the qualification but also on the quality and relevance of the research produced. Priorities should include peer-reviewed publication, collaboration with clinical services, measurable patient benefit and translation of research into technologies that can be manufactured and maintained locally.
The ministerial committee’s visit is therefore an encouraging but preliminary development. It signals the department’s ambition to extend its academic programmes and create new opportunities for postgraduate students and researchers.
For Iraq’s P&O sector, the proposed PhD programme could help build the people, evidence and innovation required to strengthen rehabilitation services over the long term.
- Al-Nahrain University announcement: Ministerial Committee Evaluates Proposed PhD Programme
- Department of Prosthetics and Orthotics Engineering
- Al-Nahrain University College of Engineering
- Undergraduate Study Plan in Prosthetics and Orthotics Engineering
- Al-Nahrain University