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The Master of Science in Medical Physics at Khalifa University provides students with in-depth knowledge and practical experience in applying physics to healthcare technologies such as diagnostic imaging, radiation therapy, nuclear medicine, and radiation safety. This program is ideal for students with a strong background in physics or related STEM fields who want to pursue careers in clinical environments, research, or advanced professional practice.
Curriculum Structure
Year 1
In the first year, students establish a strong foundation in the physics behind medical technologies and living systems. Courses such as Radiological Physics and Dosimetry and Physics of Diagnostic Imaging, combined with laboratory work, help students understand image formation, resolution, and radiation dose. The Radiation Biology course provides insights into how radiation interacts with biological tissues, preparing students for more advanced clinical applications.
Year 2
The second year focuses on advanced clinical applications and practical experience. Students study Physics of Radiotherapy to understand cancer treatment technologies, and Health Physics and Radiation Protection to master safety principles. Clinical rotations give hands-on experience with medical equipment in healthcare settings, and students complete a Master’s Thesis in Medical Physics, showcasing their ability to conduct research and apply their knowledge professionally.
Focus areas: Diagnostic imaging physics, radiation therapy physics, nuclear medicine, radiation protection and safety, clinical problem-solving, applied research skills.
Learning outcomes: Graduates can apply core medical physics principles in clinical and research settings, solve complex interdisciplinary problems using physics, simulations, and experiments, communicate scientific concepts effectively, and uphold professional and ethical standards in medical physics practice.
Professional alignment (accreditation): The program follows international medical physics education guidelines, preparing graduates for roles that meet global clinical practice standards and providing a pathway to certification or residency programs in medical physics.
Reputation (employability rankings): Khalifa University’s research-focused environment and strong ties with healthcare facilities and industry partners ensure that graduates are well-prepared for high-demand careers in hospitals, research institutes, and government sectors.
In the MSc in Medical Physics, you don’t just study theory — you gain hands-on skills using advanced tools and clinical environments that prepare you for real professional practice. Through dedicated laboratory courses, direct work with medical imaging and therapy equipment, and structured clinical rotations, you build confidence in diagnostic, therapeutic, and radiation protection techniques. Khalifa University also supports your development with simulation environments and research facilities where you can analyze real data, use modeling and computer simulation tools, and collaborate with expert faculty on applied problems.
Here’s what that looks like in practice:
Medical physics laboratories and experimental training: You work in well-equipped labs during courses like Radiological Physics and Dosimetry, Physics of Diagnostic Imaging, Physics of Radiotherapy, and Physics of Nuclear Medicine. These labs give you hands-on experience with real measurement devices, imaging systems, and analytical tools.
Clinical rotations: You gain practical exposure in real clinical settings, observing and participating under supervision in diagnostic imaging, radiation therapy, nuclear medicine procedures, and radiation safety. This experience ensures you are ready to work confidently in professional environments.
Access to advanced research equipment: You’ll use state-of-the-art research platforms, including advanced imaging laboratories and cutting-edge scanners, giving you direct experience with tools at the forefront of medical physics research.
Simulation and experiential learning environment: The university’s simulation and experiential learning centers provide immersive clinical scenarios, virtual tools, and lab setups to practice clinical workflows, assessment, and communication skills in a realistic setting.
Graduates of the MSc in Medical Physics at Khalifa University are well-prepared for a variety of impactful careers where physics meets healthcare. Typical roles include Medical Physicist in radiation oncology, Diagnostic Imaging Specialist, Nuclear Medicine Physicist, or Radiation Safety Officer, working in hospitals, clinics, research laboratories, and government agencies. These careers are in growing demand, as healthcare systems increasingly rely on experts who can manage, optimize, and safely operate advanced medical technologies.
Your career prospects are supported in several ways:
Career support services: Khalifa University offers dedicated career development teams that organize career fairs, employer engagement activities, and on-campus recruitment, helping you connect with potential employers and secure internships or job opportunities.
Employment outcomes: A high percentage of graduates find employment soon after finishing their studies, reflecting the relevance of the curriculum and the demand for skilled medical physicists in the UAE and internationally.
Partnerships with industry and regulators: The program collaborates closely with national healthcare institutions and regulatory bodies, offering connections that can lead directly to clinical roles, residency programs, or positions in radiation safety and healthcare management.
Accreditation and long-term value: The MSc is aligned with international standards in medical physics education, providing credibility that supports professional certification, residency training, and long-term career advancement.
Further Academic Progression:
After completing this master’s, students can continue with a PhD in Medical Physics or related areas such as biomedical engineering or radiation sciences. This path opens opportunities in academic research, leadership roles in scientific institutions, or advanced technical and regulatory positions. Graduates may also pursue professional certification or clinical residency programs recognized internationally, further enhancing their expertise and career prospects.
Completion of a bachelor’s degree in a relevant field with a minimum CGPA of 3.0/4.0 (or equivalent, such as upper second-class honors from a recognized institution).English proficiency requirement: TOEFL iBT 91 or equivalent, IELTS 6.5 overall, or 1550 EmSAT English score.Two referee recommendations, a 500–1,000 word statement of purpose, and an admission interview.Applicants with a CGPA of 2.5/4.0 may be considered conditionally and must achieve a minimum 3.0/4.0 CGPA in the first nine credits while meeting program-specific requirements to continue in the program.Applicants with lower English scores (TOEFL 79, IELTS 6.0, or EmSAT 1400) may be conditionally admitted and must reach TOEFL 91, IELTS 6.5, or equivalent by the end of their first semester.Applicants below the required GRE quantitative score may be conditionally admitted and must achieve a minimum score of 150 by the end of the first semester.Medical Physicist in radiation oncologyMedical Imaging PhysicistNuclear Medicine PhysicistRadiation Safety and Health Physics specialistMedical Physics professional in regulatory divisions of non‑hospital institutionsMedical Physics roles in power generation corporationsResearch scientist in medical physicsAcademic faculty or educator in medical physics and related fields
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Khalifa University
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