University of Sharjah

What you'll study

The programme combines advanced theoretical teaching, applied practical training and a substantial research or capstone project. Core topics cover imaging physics and instrumentation, advanced diagnostic modalities (computed tomography, magnetic resonance imaging, ultrasound and nuclear medicine), digital imaging and picture archiving and communication systems (PACS), image analysis and post-processing, radiation protection and dosimetry, and evidence-based clinical decision making.

• Advanced Imaging Modalities: principles and clinical applications of CT, MRI, ultrasound and nuclear medicine including protocol optimisation and problem-solving for complex cases.
• Imaging Physics & Instrumentation: deeper study of equipment operation, image formation, quality assurance and troubleshooting.
• Digital Imaging & Informatics: PACS, DICOM standards, image storage, retrieval, teleradiology and workflow management.
• Radiation Safety & Dosimetry: strategies for dose optimisation, regulatory frameworks and patient safety considerations.
• Research Methods & Statistics: study design, biostatistics, critical appraisal and preparation for a thesis or applied research project.
• Clinical Practicum / Advanced Clinical Skills: supervised placements in partner hospitals to consolidate advanced competencies in image acquisition, patient care and interdisciplinary reporting support.
• Electives and Special Topics: options may include interventional imaging support, paediatric imaging, oncology imaging pathways, or ultrasound subspecialisation.

The programme typically culminates in either a research thesis or a substantial applied project that demonstrates your ability to integrate clinical practice with critical scholarship.

Entry requirements

Applicants should normally hold a relevant Bachelor's degree in Medical Imaging/Radiography, Diagnostic Radiography, Nuclear Medicine Technology, or a closely related allied health discipline from a recognised institution. Candidates are usually expected to be registered with the relevant professional body or licenced to practise in their home jurisdiction.

• Academic background: a good undergraduate degree in a relevant field; equivalent professional qualifications with substantial clinical experience may be considered.
• Clinical experience: prior clinical experience in diagnostic imaging or allied modalities is normally required or strongly preferred to benefit from the clinically focused components of the programme.
• English language: proficiency in English is required for applicants whose prior education was not in English; recognised test scores or institutional evidence of English-medium instruction are accepted.
• Interview / supporting documents: applicants may be asked to provide a CV, references, and attend an interview or submit a statement of purpose outlining clinical interests and research goals.

Career prospects

Graduates are prepared for advanced clinical and leadership roles within hospital imaging departments, private diagnostic centres and community health services. Typical career paths include advanced practice radiographer or sonographer roles, modality specialist (e.g. MRI or CT lead), imaging department manager, PACS/informatics specialist, clinical educator, and research positions. The programme also provides preparation for those wishing to progress to doctoral research or academic careers.

Employers often value the combination of enhanced technical expertise, research literacy and clinical governance skills that this MSc provides, particularly in settings where multidisciplinary teams and fast-evolving imaging technology are standard.

Why study at University of Sharjah

The University of Sharjah offers access to regional clinical placements and collaboration with modern hospitals and diagnostic centres in the UAE, enabling hands-on experience with contemporary imaging equipment and workflows. The faculty bring a mix of clinical and research expertise, delivering a curriculum that integrates evidence-based practice with practical skill development.

• Clinical links: established partnerships with local hospitals provide supervised practicum opportunities across multiple imaging modalities.
• Facilities and technology: students benefit from campus simulation labs and exposure to digital imaging systems used in clinical practice.
• Research and career support: the programme emphasises applied research and provides supervision to develop publishable work or service-improvement projects, alongside career guidance for roles in clinical practice, management and education.