Postgraduate Studentships - Search for funding opportunities.
Postgraduate Studentships - Search for funding opportunities.
Study Details: 1-5 Years
This new course, and the first nuclear medicine postgraduate programme at BSMS, draws on the experience of leading educators in the field of nuclear medicine to deliver unique and flexible study in this exciting, expanding and important specialty.
Nuclear medicine is a specialty that involves all applications of radioactive materials in diagnosis, treatment and medical research, with the exception of the use of sealed radiation sources in radiotherapy (WHO definition).
It is a highly specialised and important area of healthcare, which pertains to many areas of medicine across the whole age spectrum from neonatal to geriatric medicine and underpins the management of many cancer, cardiovascular, infection, inflammatory and neurodegenerative diseases.
The practice of nuclear medicine in the UK is closely regulated, with practitioners having to satisfy IR(ME)R and ARSAC requirements to lead nuclear medicine services. Nuclear medicine specialists therefore have stringent educational requirements to ensure provision of a high-quality service in the UK.
Study at our postgraduate diploma level is designed to address both diagnostic and therapeutic nuclear medicine education to satisfy the General Medical Council (GMC) mandated requirements in the training curriculum for nuclear medicine physicians, and the course has GMC approval.
The programme is open to post-registration doctors involved in nuclear medicine and any healthcare graduates allied to or seeking to further extend their scope of practice in nuclear medicine, including but not limited to: nuclear medicine technologists, radiographers, nurses, clinical scientists, and imaging and non-imaging specialty doctors.
Trainees entering the Nuclear Medicine Specialty Training Programme are expected to apply in line with the GMC approved curriculum.
Applicants may be interviewed depending on the strength of their applications. They will be expected to be aware of the latest trends and developments in nuclear medicine.
Claims for the Recognition of Prior Learning (RPL) will be considered with a maximum of 50% of the total credits permitted.
Applications are welcomed from International students with appropriate qualifications and experience. Students for whom English is not a first language must demonstrate an acceptable standard of comprehension and communication in the English Language (IELTS; minimum overall score of 7.0 and 7.0 in the writing element).
Please note that the course is taught 100% online. Due to visa restrictions, it is not possible for international students to obtain a CAS/visa for this course. Any international students (including EU/EEA) can apply to study this course online from their home country. Only those international students with an alternative visa/immigration permission to stay in the UK (such as settled/pre-settled status, Tier 2/work visa, indefinite leave to remain etc) may study in the UK.
However, international students who wish to spend a short period of time in the UK while undertaking the Nuclear Medicine course may apply for a visitor visa, which will be valid for a maximum of six months. This visa route would enable students on the course to:
Sit exams in person for some modules;
Undertake data collection and analysis for MSc research projects.
You can find further information about the requirements and permitted activities of visitor permission here. If you wish to come to the UK as a visitor as part of your course you should contact the International Student Advice & Support team for further advice using our visa enquiry form.
Post Graduate Certificate (PGCert) 60 credits
One compulsory module:
Nuclear Medicine Physics, Radiopharmacy and Regulations (20 Credits)
PLUS
Two modules chosen from the following options:
Single-photon Diagnostic Nuclear Medicine (20 Credits)
F18 FDG PET Diagnostic Nuclear Medicine (20 Credits)
Advanced PET and SPECT Diagnostic Multimodality Imaging (20 Credits)
Molecular Radiotherapy and Theragnostics (20 Credits)
Anatomy and Pathology for Nuclear Medicine Interpretation for Non-Radiologists (20 credits)
OR
One module from the options above PLUS one module from the options below:
Leadership and Change Management in Clinical Services (20 credits)
Communication, Learning and Teaching in Health and Social Care (20 credits)
Post Graduate Diploma (PGDip) 120 credits
PGCert in Nuclear Medicine
PLUS
Three modules chosen from the following options*:
Single-photon Diagnostic Nuclear Medicine (20 Credits)
F18 FDG PET Oncology Diagnostic Nuclear Medicine (20 Credits)
Advanced PET and SPECT Diagnostic Multimodality Imaging (20 Credits)
Molecular Radiotherapy and Theragnostics (20 Credits)
Anatomy and Pathology for Nuclear Medicine Interpretation for non-Radiologists (20 credits)
Research Methods and Critical Appraisal (20 Credits) or
Leadership and Change Management in Clinical Services (20 Credits)**
Communication, Learning and Teaching in Health and Social Care (20 Credits)**
*For UK nuclear medicine physician trainees, the PGDip must meet the requirements of the GMC curriculum and include basic nuclear medicine science module and all of the four (of the first listed) nuclear medicine clinical modules. The sixth module can be either Research Methods, Leadership and Change Management, or Communication, Learning and Teaching. The Research Methods module would be the preferable choice, and is mandatory for the MSc.
**One of these two modules can be undertaken towards the PGDip.
Master of Science (MSc) 180 credits
PGDip in Nuclear Medicine, including Research Methods and Critical Appraisal module
PLUS
Dissertation Module (60 credits)
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