Department of Radiology and Radiation Science
Welcome to the Department of Radiology and Radiation Science, where medical imaging, radiation technology, and diagnostic innovation converge to support modern healthcare. The Department is committed to training highly competent professionals in diagnostic imaging, radiation safety, and therapeutic applications of radiation. Through rigorous academic instruction, laboratory simulations, and clinical exposure, students gain a strong foundation in imaging science and radiation physics. Our programmes prepare graduates to contribute effectively to patient diagnosis, treatment planning, and safe radiation practice within contemporary healthcare systems.
Message from HOD
Dr. Oluwagbemiga AINA
Head, Department of Radiology and Radiation Science
About the Programme
The programme in Radiology and Radiation Science provides comprehensive training in diagnostic imaging, radiation physics, radiobiology, radiation protection, and clinical applications of imaging technologies. Students study imaging modalities such as X-ray, computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, and nuclear medicine, alongside foundational knowledge in anatomy, pathology, and patient care.
Teaching integrates lectures, laboratory simulations, image interpretation exercises, and supervised clinical training in accredited healthcare facilities. Emphasis is placed on radiation safety standards, quality assurance, ethical practice, and regulatory compliance. The curriculum aligns with national healthcare guidelines and internationally recognised radiation science practices.
Programme Philosophy
The programme is founded on the principle that accurate diagnosis and safe radiation practice are essential pillars of effective healthcare delivery. It promotes scientific precision, technological competence, patient-centred care, and strict adherence to radiation safety standards. By integrating theory, simulation, and clinical exposure, the Department fosters analytical reasoning and professional responsibility.
Students are trained to apply evidence-based imaging techniques while maintaining ethical standards and regulatory compliance. The philosophy emphasises safety, innovation, continuous learning, and excellence in diagnostic and therapeutic radiation sciences.
Mission of the Department
To deliver high-quality education and research in radiology and radiation science that supports safe imaging practices, diagnostic excellence, and technological advancement in healthcare.
Vision of the Department
To be a recognised centre of excellence in radiology and radiation science, advancing diagnostic innovation, patient safety, and research impact at national and global levels.
Admission Requirements and Programme Courses
Admission into this programme and the structure of its courses are governed by approved academic standards and institutional accreditation requirements. Comprehensive details on admission procedures and requirements, course registration, course titles, course descriptions, credit units, prerequisites, and progression criteria are clearly outlined in the Faculty Handbook/Prospectus. Prospective and enrolled students are strongly advised to consult the Faculty Handbook for authoritative information on:
✔Comprehensive course listings
✔Programme structure and duration
✔Graduation and progression requirements
✔Academic regulations and policies
The Faculty Handbook serves as the official and definitive reference for all programme-related academic information and is periodically reviewed to ensure alignment with University regulations and relevant accrediting bodies.
Career Opportunities
Graduates are prepared for professional roles in medical imaging, radiation safety, and healthcare technology, including:
✔Diagnostic Radiographer
✔Medical Imaging Scientist
✔Radiation Protection Officer
✔CT/MRI Technologist
✔Nuclear Medicine Technologist
✔Radiology Department Manager
✔Medical Equipment Applications Specialist
✔Radiotherapy Assistant
✔Clinical Imaging Researcher
✔Radiation Safety Consultant
Program Courses and credit Unit
Core Required Courses for all majors:
Year One : 100 Level Radiography and Radiation Science
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Year Two : 200 Level Radiography and Radiation Science
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Year Three : 300 Level Radiography and Radiation Science
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Year Four : 400 Level Radiography and Radiation Science
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Year Five : 500 Level Radiography and Radiation Science
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Dept. Contact Info.
Location and Business Hours
Fed. Univ. Oye Campus
- 8:00 am -5:00 pm
- Federal University Oye Ekiti Main Campus
Department Staff Members
Dr. Olufemi Olaitan
Assistant Professor
