Radiation Medicine is a medical field that uses radiation and related technologies in the diagnosis and treatment of disease. It is particularly associated with cancer care, radiotherapy, radiation oncology and other areas where carefully controlled radiation is used for medical purposes.
For candidates planning their university admission, one distinction is important. Radiation Medicine is generally not offered as a standalone undergraduate JAMB programme. Students who want to follow the physician and specialist route usually begin with Medicine and Surgery before proceeding to further training in Radiation Medicine, Radiation Oncology or a related specialty.
This should not be confused with Radiography, which is available as a direct undergraduate programme at many Nigerian universities. Radiographers are trained in medical imaging and related radiation procedures, while the medical specialist route begins with an MBBS or MBChB degree.
For the 2027/2028 admission session, candidates interested in Radiation Medicine should therefore pay close attention to the JAMB subjects, O’Level requirements and Direct Entry conditions for Medicine and Surgery.
This guide covers the JAMB subject combination for Radiation Medicine, admission requirements, university-specific considerations, related courses, major areas of the field, career paths and other details prospective students should understand before applying.
JAMB Subject Combination for Radiation Medicine
Candidates interested in the physician route into Radiation Medicine normally begin with Medicine and Surgery, so the standard medical UTME subjects apply.
| JAMB Subject | Requirement |
|---|---|
| English Language | Compulsory |
| Biology | Required |
| Chemistry | Required |
| Physics | Required |
The four UTME subjects are:
- English Language
- Biology
- Chemistry
- Physics
Biology gives candidates the foundation for understanding the human body and disease, while Chemistry and Physics support many of the scientific principles used in medicine, imaging and radiation-based treatment.
For Medicine and Surgery, the general UTME requirement includes Physics, Chemistry and Biology, alongside compulsory Use of English.
Candidates should avoid confusing this route with Radiography. A student who wants to become a radiation medicine or radiation oncology physician should normally apply for Medicine and Surgery, while Radiography follows a separate undergraduate admission pathway.
O’Level Requirements for Radiation Medicine
Candidates following the Medicine and Surgery route into Radiation Medicine are generally expected to have five O’Level credit passes in the core subjects required for medical admission.
| O’Level Subject | Requirement |
|---|---|
| English Language | Credit pass |
| Mathematics | Credit pass |
| Biology | Credit pass |
| Chemistry | Credit pass |
| Physics | Credit pass |
These credits may be obtained through WAEC, NECO or another recognised equivalent examination, depending on the university.
The combination is straightforward: Biology, Chemistry and Physics provide the science foundation for medical training, while English Language and Mathematics are also standard admission requirements.
The general Medicine and Surgery requirement is five SSC credit passes in English Language, Mathematics, Physics, Chemistry and Biology.
Candidates should also check the number of sittings accepted by their preferred medical school. Some universities allow two sittings, while others may apply stricter conditions.
Direct Entry Requirements for Radiation Medicine
Direct Entry applicants who want to move toward Radiation Medicine normally apply for Medicine and Surgery first. Radiation Medicine itself is generally pursued later through specialist medical training.
Common Direct Entry routes include:
| Qualification | Typical Requirement |
|---|---|
| A-Level | Passes in Physics, Chemistry and Biology or Zoology |
| IJMB | Relevant science passes where accepted |
| JUPEB | Suitable passes in Physics, Chemistry and Biology where accepted |
| First Degree | Relevant science or medical-related degree, depending on the university |
| O’Level | Credit passes in English Language, Mathematics, Biology, Chemistry and Physics must still be satisfied |
| University-Specific Conditions | Minimum grades, subjects and accepted qualifications differ by institution |
The general Medicine and Surgery Direct Entry framework includes A-Level passes in Physics, Chemistry and Biology or Zoology, together with the required UTME qualifications. Some universities may also consider applicants with relevant previous degrees.
Direct Entry conditions can vary considerably between medical schools. One university may accept a relevant science degree, while another may insist on a particular A-Level or JUPEB combination and minimum grade.
Candidates should therefore confirm the exact Medicine and Surgery Direct Entry requirements of their preferred institution before applying, especially the accepted qualification, science subjects and minimum grade.
Admission Requirements Overview
The table below summarises the main admission requirements for candidates who intend to follow the Medicine and Surgery route before specialising in Radiation Medicine.
| Requirement | Details |
|---|---|
| UTME | English Language, Biology, Chemistry and Physics |
| O’Level | Five credit passes in English Language, Mathematics, Biology, Chemistry and Physics |
| Undergraduate Route | Medicine and Surgery |
| Direct Entry | Relevant A-Level, IJMB, JUPEB or approved first-degree qualification, depending on the university |
| Core Science Subjects | Biology, Chemistry and Physics |
| O’Level Examination | WAEC, NECO or another recognised equivalent |
| Number of Sittings | Depends on the medical school’s admission policy |
| Later Specialisation | Radiation Medicine, Radiation Oncology or another closely related medical specialty |
| Institution-Specific Conditions | Additional admission requirements may apply |
The undergraduate stage begins with Medicine and Surgery. After completing the medical degree and the required professional training, a doctor may proceed into specialist areas connected with radiation-based diagnosis or treatment.
Candidates should also avoid treating Radiation Medicine and Radiography as interchangeable courses. Radiography has its own undergraduate admission route, while the physician route into Radiation Medicine normally starts with Medicine and Surgery.
Because medical schools can differ in their Direct Entry qualifications, minimum grades and O’Level sitting requirements, applicants should check the specific admission conditions of the university they intend to attend.
Special Considerations and University-Specific Requirements
Because the undergraduate route into Radiation Medicine normally begins with Medicine and Surgery, applicants should pay close attention to the special admission conditions set by individual medical schools.
| University | Special Consideration |
|---|---|
| ABSU | Requires the five core O’Level credits in English Language, Mathematics, Physics, Chemistry and Biology at one sitting |
| AAU | May accept a degree in a related programme for Direct Entry |
| OOU | May accept a related degree for Direct Entry |
| ABUJA | Requires Direct Entry candidates to satisfy the standard UTME entry requirements |
| BENIN | Accepts specified A-Level science passes or a qualifying degree in Biological or Medical Sciences |
| BINGHAM | Does not offer Direct Entry into Medicine and Surgery under the stated conditions |
| PHC | Does not offer Direct Entry under the stated conditions |
| BSU | May accept a relevant honours degree with at least Second Class Upper |
| LASU | May accept a relevant honours degree with at least Second Class Upper |
| CALABAR | Accepts certain relevant degrees with at least Second Class Lower but does not accept IJMB for Direct Entry |
| EBSU | Accepts a Second Class Upper degree in Biological Science together with the required O’Level subjects at one sitting |
| ILORIN | Accepts selected Basic Science degrees and specified advanced-level qualifications |
BENIN applies a more detailed Direct Entry standard. Candidates may qualify with the required A-Level passes in Biology or Zoology, Physics and Chemistry, or with at least a Second Class Upper degree in Biological or Medical Sciences.
Other universities take different approaches. CALABAR accepts several relevant degree backgrounds but does not recognise IJMB for this route, while BSU and LASU may consider candidates with a suitable honours degree at the required class.
Some medical schools also impose stricter O’Level rules. ABSU, for example, requires the five core subjects at one sitting, so candidates should not assume that the sitting policy of one university applies everywhere.
These differences can affect admission even when a candidate has the standard JAMB subject combination. Checking the specific Medicine and Surgery requirements of the chosen university remains an important part of the application.
Courses Related to Radiation Medicine
Radiation Medicine overlaps with several medical, imaging and biomedical disciplines because it combines knowledge of disease, radiation, anatomy, physics and treatment planning.
Related courses and fields include:
- Medicine and Surgery
- Radiography
- Radiography and Radiation Science
- Medical Radiography
- Medical Physics
- Anatomy
- Physiology
- Medical Biochemistry
- Medical Laboratory Science
- Pharmacology
Medicine and Surgery provides the physician route into Radiation Medicine and Radiation Oncology. Radiography, by contrast, is a separate undergraduate profession focused more directly on medical imaging and the technical use of radiation in patient care.
Medical Physics deals with the physical principles behind radiation, imaging equipment and treatment systems, while Anatomy and Physiology provide the structural and functional knowledge needed to understand how radiation affects different parts of the body.
These fields are related, but they do not lead to the same professional role. Candidates should compare the training route, course content and career outcome before deciding which programme best matches their interest.
Core Focus Areas in Radiation Medicine
Radiation Medicine brings together medical knowledge, radiation science and cancer care. The field looks at how radiation can be used safely for diagnosis, treatment and disease management.
Some of the major focus areas include:
- Radiation Oncology: Focuses on the use of radiation to treat cancer and selected other diseases.
- Radiotherapy: Covers the controlled delivery of radiation to targeted areas of the body.
- Radiation Biology: Studies how ionising radiation affects cells, tissues and organs.
- Radiation Physics: Examines the physical principles behind radiation production, measurement and medical use.
- Cancer Medicine: Looks at tumour behaviour, cancer diagnosis and the different approaches used in treatment.
- Medical Imaging: Involves imaging techniques that help doctors locate disease and plan treatment.
- Radiation Protection: Focuses on reducing unnecessary exposure and promoting safe use of radiation for patients and healthcare workers.
- Treatment Planning: Involves selecting radiation doses, treatment areas and delivery methods for individual patients.
- Brachytherapy: Uses sealed radiation sources placed close to or within the area being treated as part of specialist cancer care.
- Cancer Diagnosis: Covers the investigations and clinical assessment used to identify and evaluate different cancers.
- Palliative Oncology: Focuses on relieving symptoms and improving comfort in patients with advanced cancer.
- Nuclear Medicine: Uses radioactive materials in selected diagnostic and therapeutic medical procedures.
These areas require a strong understanding of medicine, anatomy, physiology, physics and cancer biology. The exact subjects covered depend on the specialist training programme and institution.
Typical Career Paths
Career opportunities in Radiation Medicine usually depend on the professional route a person follows. For doctors, the field is commonly connected with cancer treatment, radiation-based care, teaching and medical research.
Possible career paths include:
- Radiation Oncologist: A medical specialist involved in treating cancer with radiation therapy and coordinating care with other oncology professionals.
- Clinical Oncologist: Works in cancer diagnosis and treatment, often using radiotherapy alongside other medical treatment approaches.
- Academic Physician: Combines specialist medical practice with teaching medical students and postgraduate trainees.
- Oncology Researcher: Investigates cancer biology, radiation response, treatment outcomes and new approaches to cancer care.
- Medical Researcher: Conducts studies involving radiation medicine, oncology, imaging and related areas of medical science.
- University Lecturer: Teaches subjects connected with Radiation Medicine, Oncology or related medical disciplines, usually after obtaining the required postgraduate qualifications.
- Cancer Care Specialist: Works within multidisciplinary cancer-care teams after completing the appropriate medical and specialist training.
- Radiation Medicine Consultant: Provides advanced specialist care in hospitals or cancer treatment centres after completing the required professional training.
These roles should not be confused with careers in Radiography, Radiation Therapy or Medical Physics, which follow different undergraduate and professional training routes.
For the physician pathway, candidates normally begin with Medicine and Surgery, then complete the required medical and postgraduate specialist training before practising independently in Radiation Medicine or Radiation Oncology.
Radiation Medicine vs Radiography
Radiation Medicine and Radiography both involve the medical use of radiation, but they differ in training route, professional role and scope of practice.
| Area | Radiation Medicine | Radiography |
|---|---|---|
| Main Route | Medicine and Surgery followed by specialist training | Direct undergraduate Radiography programme |
| Main Focus | Medical use of radiation in disease treatment and specialist clinical care | Medical imaging and related radiation procedures |
| Undergraduate JAMB Course | Usually Medicine and Surgery | Radiography can be selected directly where offered |
| Medical Degree Required | Yes, for the physician specialist route | MBBS or MBChB is not required |
| Typical Professional | Radiation medicine physician or radiation oncologist | Radiographer |
| Cancer Treatment Role | May include planning and directing radiation-based cancer treatment | Supports imaging and may work within radiotherapy teams depending on training |
| Medical Imaging | Used as part of diagnosis and treatment planning | A major part of professional practice |
| Further Training | Postgraduate medical specialisation | Professional radiography training and possible postgraduate study |
| Clinical Responsibility | Physician-led diagnosis and treatment decisions | Imaging and radiation procedures within professional scope |
Radiation Medicine is generally a medical specialty. A candidate who wants to become a physician in this field normally starts with Medicine and Surgery before moving into postgraduate training in Radiation Medicine, Radiation Oncology or a closely related specialty.
Radiography follows a different path. It is available as a direct undergraduate programme and prepares students for professional work in medical imaging and related radiation procedures.
The admission material lists Radiography with Physics, Chemistry and Biology as the UTME science subjects, along with the required O’Level credits in English Language, Mathematics, Biology, Physics and Chemistry.
Candidates should therefore choose the route that matches the profession they actually want to enter rather than assuming Radiation Medicine and Radiography are the same course.
Common Admission Mistakes to Avoid
Candidates interested in Radiation Medicine should understand the undergraduate route clearly before completing their JAMB application. A few admission mistakes can easily lead to choosing the wrong programme or using an unsuitable subject combination.
Some common mistakes include:
- Assuming Radiation Medicine is a standalone undergraduate JAMB course: The physician route normally begins with Medicine and Surgery before later specialist training.
- Confusing Radiation Medicine with Radiography: Radiography is a separate undergraduate programme with its own professional pathway.
- Choosing the wrong UTME subjects: Candidates following the Medicine and Surgery route should use English Language, Biology, Chemistry and Physics.
- Leaving out Physics: Physics is an important part of both the UTME and O’Level science requirements.
- Missing Mathematics at O’Level: Mathematics is normally required alongside English Language, Biology, Chemistry and Physics.
- Applying for Radiography when the goal is to become a medical specialist: Candidates should first determine whether they want the physician route or the professional radiography route.
- Assuming all universities accept the same Direct Entry qualifications: Medical schools may differ in the A-Level, IJMB, JUPEB and degree qualifications they recognise.
- Ignoring minimum Direct Entry grades: Some universities specify particular grades, points or degree classifications.
- Overlooking the number of O’Level sittings accepted: One university may allow two sittings, while another may require the five core subjects at one sitting.
- Using outdated admission information: Requirements may change, so candidates should confirm the current conditions of their preferred university before applying.
Understanding the difference between Radiation Medicine, Radiation Oncology and Radiography can help candidates choose the correct undergraduate programme and avoid admission errors.
Read Also:
- JAMB Subject Combination for Medicine and Surgery 2027/2028
- JAMB Subject Combination for Medical Radiography and Radiological Sciences 2027/2028
- JAMB Subject Combination for Medical Biochemistry 2027/2028
- JAMB Subject Combination for Anatomy 2027/2028
- JAMB Subject Combination for Physiology 2027/2028
- JAMB Subject Combination for Medical Laboratory Sciences 2027/2028
Frequently Asked Questions
1. Can I study Radiation Medicine directly through JAMB?
Radiation Medicine is generally not selected as a standalone undergraduate JAMB programme. Candidates interested in the physician route normally begin with Medicine and Surgery before specialising later.
2. What JAMB subjects do I need for Radiation Medicine?
For the Medicine and Surgery route, the standard combination is English Language, Biology, Chemistry and Physics.
3. Which undergraduate course should I choose for Radiation Medicine?
Candidates who want to become medical specialists in Radiation Medicine or Radiation Oncology should normally choose Medicine and Surgery as their undergraduate programme.
4. Is Radiation Medicine the same as Radiography?
No. Radiation Medicine is associated with the medical use of radiation in specialist patient care, while Radiography is a separate professional programme focused largely on medical imaging and related radiation procedures.
5. Is Radiation Medicine the same as Radiation Oncology?
The terms are closely related, but universities and training institutions may use different names. Radiation Oncology specifically focuses on the treatment of cancer using radiation, while Radiation Medicine may be used more broadly for medical fields involving radiation.
6. Can I enter Radiation Medicine through Direct Entry?
Direct Entry would normally be into Medicine and Surgery, rather than directly into Radiation Medicine. Accepted A-Level, IJMB, JUPEB or degree qualifications depend on the medical school.
Conclusion
Radiation Medicine is closely connected with the medical use of radiation in diagnosis, cancer treatment and specialist patient care. Candidates interested in the physician route should understand that the usual undergraduate pathway begins with Medicine and Surgery, not a standalone Radiation Medicine programme.
For UTME, the standard subject combination is English Language, Biology, Chemistry and Physics. At O’Level, candidates are generally expected to have credit passes in English Language, Mathematics, Biology, Chemistry and Physics.
Direct Entry applicants should also follow the Medicine and Surgery requirements of their preferred university, since accepted qualifications, minimum grades and sitting conditions can differ from one institution to another.
Candidates should also avoid confusing Radiation Medicine with Radiography, which is a separate undergraduate course with its own professional pathway.
Before applying for the 2027/2028 academic session, prospective students should confirm the current admission requirements of their chosen university and make sure their UTME subjects, O’Level results and Direct Entry qualifications match the programme they intend to study.