
Job summary
Radiotherapy Physics Medical Physicist Apprenticeship Radiotherapy Physics specialising in Quality Control and Dosimetry
Do you have an interest in the application of science and technology in healthcare? Do you possess good practical and analytical skills? Are you a good team player and communicator? Would you like to pursue a well-paid career with good prospects helping the NHS serve patients on a daily basis? Want to earn a salary while you train and get a fully funded degree in the process? If so, this could be the position for you.
We\'re pleased to announce this exciting opportunity to join our friendly, dedicated Radiotherapy Physics team as an Apprentice Medical Physics Technologist. The post is based at the Royal Devon and Exeter Hospital, part of Royal Devon University Healthcare NHS Foundation Trust.
Main duties of the job
For more detail about the main duties of this role, please see the job description section below. As a key member of the Royal Devon University Healthcare NHS Foundation Trust, you will be joining an exceptional team working together to help our patients to stay healthy, when they need it most.
About us
Stretching across Northern, Eastern and Mid Devon, we have a workforce of over 15,000 staff, making us the largest employer in Devon. Our core services, which we provide to more than 615,000 people, cover more than 2,000 square miles across Devon, while some of our specialist services cover the whole of the peninsula, extending our reach as far as Cornwall and the Isles of Scilly.
We deliver a wide range of emergency, specialist and general medical services through North Devon District Hospital and the Royal Devon and Exeter Hospital (Wonford).
Alongside our two acute hospitals, we provide integrated health and social care services across a variety of settings, including community inpatient hospitals, outpatient clinics, and within peoples own homes. We also offer primary care services, a range of specialist community services, and Sexual Assault Referral Centres (SARC).
Our state-of-the-art equipment, leading technologies and strong links to local universities put us at the forefront of research and innovations, enabling us to provide world-class care to our local communities.
Its never been a more exciting time to join the Royal Devon, as youll help to shape our services as we continue along our integration journey.
Details
- Date posted: 10 July 2026
- Pay scheme: Agenda for change
- Band: Band 5
- Salary: £32,073 to £39,043 a year per annum pro rata
- Contract: Fixed term
- Duration: 12 months
- Working pattern: Full-time
- Reference number: 185-504-13599
- Job locations: Royal Devon University Healthcare NHS Foundation Trust, Exeter, Devon, EX2 5DW, United Kingdom
Job responsibilities
For more information on the Job Description and Responsibilities please click the link below.
More detail about the role
Radiotherapy Physics provides scientific support services to the treatment of cancer using ionising radiation produced by linear accelerators (linacs) and radioactive brachytherapy sources, for example. Alongside your studies you could be working on a full range of tasks supporting radiotherapy specialising in quality control (QC) of the linacs and dosimetry (radiation dose) measurements. You will also learn the fundamentals of radiotherapy cancer treatment, including the computation of patient radiotherapy treatment plans, and the operation of state-of-the-art radiotherapy equipment. You will be supported and supervised by a registered Clinical Scientist.
Applicants should be numerate, computer literate and practically minded. Applicants must meet the entry requirements for the degree course at the University of West of England in Bristol. This currently requires 128 UCAS points from A level (ABB, including at least one relevant science from Biology, Chemistry, Physics, Maths or Physiology), + Maths and English GCSE Grade C (4) or equivalent. Alternative qualifications may be accepted, subject to the UWE admissions process. Applications may be considered from candidates with a lower UCAS points score who can demonstrate a particular aptitude for the role.
You will undertake a fully funded, professionally accredited BSc (Hons) Degree qualification in Healthcare Science (Medical Physics Technology) specialising in Radiotherapy Physics (https://courses.uwe.ac.uk/ST0413B/healthcare-science-practitioner-medical-physics-technology). There may be an opportunity to join the department permanently at the end of your training but in any case, your new-found skills as a radiotherapy physics assistant will be in high demand as there is a national shortage of trained staff. This post will be commencing in September 2026.
Part of the work will need to be performed outside of normal treatment hours so the applicant must be able and prepared to work until 6.30pm on at least two days a week and to start work at 7.30am on other days.
Salary will be paid at agenda for change band 5 annex 21 and the starting salary will be £25,377 per annum, based on 37.5 hours per week. The salary rises to £27,330 in year 2 then £29,282 in year 3, based on 2026/27 salary scales. When you successfully complete the apprenticeship, the starting salary for a qualified band 5 post would be £32,073 per annum (at current NHS payscale). Please note that the Band 5 job description advertised is the role once the apprenticeship is completed.
https://www.nhsemployers.org/sites/default/files/pdf/21/18623.pdf
Candidates shortlisted must be available all day for interview on Monday 27th July 2026. These will take place in person at the Royal Devon and Exeter Hospital, Wonford, Exeter in the Medical Physics department, Exeter Oncology Centre. The successful candidate offered an apprenticeship must be able to accept, with proof of the required A level outcomes (where appropriate), by Wednesday 29th July 2026. The deadline for final applications to UWE is Friday 31st July 2026 (predicted grades are sufficient for application and enrolment with UWE, pending confirmation of actuals).
For more information on a career as a medical physics technologist see Clinical or medical technology in medical physics | Health Careers
If you are interested and would like further information, then please get in touch.
Working Pattern: 37.5 hours per week
Interview Date: 27th July 2026
For further information please contact: Rob Biggar, Radiotherapy Physics Operational Lead, r.biggar@nhs.net 01392 402127 or Rosemary Hakes, Principal Radiotherapy Physicist (Lead - QC and Dosimetry), rosemary.hakes@nhs.net 01392 404577 or William Cred, Principal Clinical Scientist (Dosimetry and Imaging Specialist), will.crede@nhs.net -01392 403313
As an inclusive employer, the Royal Devon values diversity and is committed to creating a culture of inclusivity where everyone can be themselves and reach their full potential. We believe in fostering a sense of belonging and actively encourage applications from individuals of all backgrounds, cultures, and abilities. We recognise the advantages of having a diverse workforce that reflects the communities we serve.
Preference will be given to staff with Priority and 'At Risk' status including NHS At Risk staff throughout Devon.
The Royal Devon University Healthcare NHS Foundation Trust reserves the right to close vacancy when sufficient applications have been received.
The Royal Devon University Healthcare NHS Foundation Trust was established in April 2022, bringing together the expertise of both the Royal Devon and Exeter NHS Foundation Trust and Northern Devon Healthcare NHS Trust.
Benefits
We will work together to maintain a culture that develops and supports you and your team.
This might include funding for a care certificate, a degree or leadership qualifications. Or it might include days off to study, engage in CPD or rotational placements to help you hone your skills. Wherever you are heading in the NHS, we'll help you get there.
Looking after you is important to us.
We strive to help our staff create a healthy work-life balance through flexible working schemes and our family friendly policies.
If you're starting out in the NHS, you'll start with 27 days paid annual leave (plus bank holidays), rising to 33 days plus bank holidays.
You'll benefit from access to our own comprehensive occupational health services, including counselling, onsite wellbeing activities and groups.
Salary is not the only financial benefit
You'll have access to an extensive range of staff discounts on shopping, fitness and leisure options and you can spread the cost of technology and home appliance purchases from major retailers.
You will also have access to other benefits including:
National discount services such as the Blue Light Card and Health Service Discounts.
Salary sacrifice options including our OFSTED rated outstanding nursery onsite at Exeter
Car lease schemes.
The NHS Pension scheme (one of the most generous and comprehensive in the UK).
Cycle to work scheme
These are just a few of the benefits available if the role is something you are interested in, we'd love to hear from you.
Person specification
General Requirements
Essential
- See job description text above, and (where applicable) you can download a copy of the full job description
Desirable
- See job description text above, and (where applicable) you can download a copy of the full job description
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Applying for this NHS job
This advert is for Apprentice Medical Physics Technologist (QC & Dosimetry) with Royal Devon University Healthcare NHS Foundation Trust in Exeter, South West, England. It is listed as a Band 5 Health science services role. The advertised salary is £32,073 to £39,043 a year. The contract type is Fixed-Term. The application deadline is 19 Jul 2026.
Before you apply, compare the job description with the person specification and mirror the employer's essential criteria in your supporting information. Use the vacancy title, employer, location, salary, contract type, closing date and posted date (10 Jul 2026) to decide whether this role fits your current NHS job search. If the employer can close applications early, prepare the application before the stated deadline rather than waiting for the final day.
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