NHS Careers

How to Become a Radiographer in the UK

FP FrontlinePay Editorial
Updated September 2026

Independent guidance — not affiliated with NHS England or DHSC

"Radiographer" actually covers two separate, HCPC-registered professions that get lumped together constantly in general careers advice — diagnostic and therapeutic radiography. If you're researching how to actually get into either one, rather than what a qualified radiographer earns, this guide is for you: real UCAS entry requirements, the apprenticeship alternative, and what genuinely differs between the two branches before you have to choose one. For the full pay picture once you're registered, see our separate radiographer salary guide — this page focuses entirely on getting in.

Short answer

The standard route into either branch of radiography is a three-year, HCPC-accredited BSc (Hons) degree, applied for through UCAS — you choose diagnostic or therapeutic radiography at the point of application, since they're separate courses. Entry requirements vary by university but commonly sit around 112-128 UCAS tariff points, often including a science A-Level, alongside GCSE English, maths and science. A growing number of NHS trusts also offer a Level 6 degree apprenticeship in diagnostic radiography, letting you train on an NHS salary instead. Either way, you'll need to register with the Health and Care Professions Council (HCPC) before you can practise.

Standard training route

3 Years

Full-time, HCPC-accredited BSc (Hons) in diagnostic or therapeutic radiography, applied for through UCAS.

Diagnostic vs therapeutic: choosing before you apply

Unlike some healthcare degrees where you specialise later, radiography applicants choose between two genuinely separate, HCPC-accredited courses at the point of applying through UCAS. Getting this right before you apply matters, because the two professions have different course content, different placements, and different day-to-day working lives once qualified.

Diagnostic radiography

Produces and interprets medical images — X-ray, CT, MRI, ultrasound, mammography and fluoroscopy — to support diagnosis across almost every area of medicine. The larger of the two professions by workforce, with clear specialisation routes into CT, MRI and reporting.

Therapeutic radiography

Plans and delivers radiotherapy treatment for cancer patients, working closely with oncologists across an often lengthy course of treatment. A smaller profession with a more direct route toward consultant-level oncology service leadership.

It's genuinely worth arranging work experience or a taster session in both an imaging department and a radiotherapy department if you can, rather than assuming which one suits you based on the job titles alone — the day-to-day rhythm of the two roles is quite different, even though both sit on the same Agenda for Change pay bands once qualified.

Entry requirements: what's commonly expected

Because radiography degrees are run independently by different universities, there's no single fixed national entry requirement. That said, some patterns are common across most courses:

  • • UCAS tariff points — commonly around 112-128 points, often equivalent to BBC-BBB at A-Level, frequently including a science subject such as biology, physics or chemistry
  • • GCSEs — typically English, maths and a science at grade 4/C or above
  • • BTECs, T-Levels or an Access to Higher Education Diploma — widely accepted alternatives to traditional A-Levels at many universities, particularly for mature students and career changers
  • • An integrated foundation year — offered by a number of universities for applicants who don't yet meet the standard entry tariff, adding a year onto the standard three-year course

Because requirements genuinely differ between institutions, always check the specific entry profile for each course you're considering directly on the university's own website or through UCAS, rather than assuming a single national standard applies.

ℹDon't assume you need a science A-Level to even apply

A science A-Level is commonly expected given the anatomy, physiology and physics content of radiography degrees, but it isn't a universal, hard requirement at every single university. Some courses weigh a strong overall academic profile, relevant work experience, or interview performance alongside subject-specific requirements. If a missing science A-Level is the only thing holding you back, check individual course entry profiles directly, or look into an Access to HE Diploma in a science pathway as a genuine bridge, rather than ruling the whole profession out.

The apprenticeship alternative

If tuition fees and lost income during study are the main things holding you back, it's worth knowing that a growing number of NHS trusts now offer a Level 6 degree apprenticeship in diagnostic radiography. You're employed by an NHS trust throughout — typically starting around Band 3-4 — earning a salary and building NHS Pension Scheme membership while working toward exactly the same HCPC registration outcome as a traditional BSc graduate. Coverage remains more limited for therapeutic radiography apprenticeships specifically. Because places are set by individual trust workforce planning rather than a fixed national UCAS-style system, availability varies significantly by trust and by year — see our NHS Apprenticeships guide for how degree-level apprenticeship routes generally work and how to go about finding one.

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What the degree actually involves

1

University-based theory

Anatomy and physiology, physics (particularly relevant for diagnostic imaging equipment and radiotherapy dosimetry), radiation protection and legislation, and the clinical reasoning behind imaging or treatment decisions, alongside professional practice modules covering patient care, safeguarding and the legal and ethical framework radiographers work within.

2

Simulation and skills teaching

Universities run dedicated imaging or radiotherapy simulation suites where you practise equipment operation, patient positioning and communication before working with real patients — a genuinely significant part of the course given how much of the job depends on precise, repeatable technique.

3

Clinical placements

Substantial blocks of the course are spent on placement in real imaging or radiotherapy departments, working under supervision that gradually reduces as you progress. Placements typically mirror real departmental shift patterns, including some early starts, on-call exposure and — in diagnostic radiography especially — genuine variety across different imaging modalities.

HCPC registration: the final step

Completing an HCPC-accredited radiography programme doesn't make you a radiographer on its own — the final step is applying for and being granted registration with the Health and Care Professions Council. Registration confirms your qualification meets the standards the HCPC sets for the profession, and it's a legal requirement to use the protected title "radiographer" and to practise in either branch of the profession in the UK. Most graduates apply for registration shortly after completing their programme, and NHS trusts generally expect to see confirmed registration, or clear evidence it's imminent, before you start work in a Band 5 post.

Where the career goes from here

Once registered, almost every radiographer starts on Band 5. From there, progression differs somewhat by branch: in diagnostic radiography, additional qualifications in a specific modality — particularly CT and MRI, given persistent national shortages in cross-sectional imaging — are one of the clearest, best-supported routes to faster Band 6 and 7 progression, and experienced diagnostic radiographers can train further into reporting radiography, taking on image-interpretation responsibility traditionally reserved for radiologists. In therapeutic radiography, progression runs through treatment planning and specific cancer-site expertise toward consultant therapeutic radiographer posts leading a whole oncology service. We cover all of this — pay at every band, reporting and consultant radiographer salaries specifically, and how radiographers differ from radiologists — in full in our radiographer salary guide, rather than repeating it here.

Why you can rely on this guide

  • ✓ Focused specifically on getting into radiography training — not recycled from our separate pay and progression content
  • ✓ Cross-checked against our own radiographer salary guide and Allied Health Professional pay guide so entry-route detail and what happens once you're HCPC-registered stay consistent across the site
  • ✓ Written using publicly available UCAS, university and HCPC admissions guidance rather than assumptions — and flagged clearly wherever requirements vary by institution
  • ✓ Independent and not affiliated with the NHS, HCPC, or any individual university — nothing here is written to funnel you toward a specific course

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Practical next steps

  • ✓ Decide between diagnostic and therapeutic radiography before you apply — they're separate degrees, so research both properly rather than defaulting to the more visible, larger profession
  • ✓ Check the specific entry requirements at two or three universities you might realistically apply to, since UCAS tariff points and subject requirements vary
  • ✓ Arrange work experience or a taster day in an imaging or radiotherapy department if you can — it's genuinely useful evidence for your application and for your own decision
  • ✓ Look into the Level 6 degree apprenticeship route with trusts local to you if tuition fees or lost income during study are a real barrier

This guide is provided for general information only and is not affiliated with the NHS, HCPC, or any individual university. Entry requirements and apprenticeship availability change over time and vary between institutions — always check the specific course or trust for current, accurate detail before applying.

Frequently asked questions

What A-Level grades or UCAS points do I need for radiography? +
It varies genuinely by university rather than following one national standard, but most diagnostic and therapeutic radiography degrees ask for somewhere in the region of 112-128 UCAS tariff points — commonly equivalent to BBC-BBB at A-Level, often including a science subject such as biology, physics or chemistry, alongside GCSEs including English, maths and a science at grade 4/C or above. Some universities accept BTECs, Access to Higher Education diplomas, or T-Levels as alternatives, and a number offer an integrated foundation year for applicants who don't yet meet the standard entry tariff. Always check the specific published entry profile for each course you're considering rather than assuming one figure applies everywhere.
What's the actual difference between diagnostic and therapeutic radiography? +
They're two separate, HCPC-registered professions taught as separate degrees, not two specialisms within one course. Diagnostic radiographers produce and interpret medical images — X-ray, CT, MRI, ultrasound, mammography and fluoroscopy — to support diagnosis across almost every area of medicine. Therapeutic radiographers instead plan and deliver radiotherapy treatment for cancer patients, working closely with oncologists throughout a course of treatment. You choose between them when you apply through UCAS, in much the same way nursing applicants choose a field at the point of application.
Is there an apprenticeship route into radiography, or do I have to go to university? +
A growing number of NHS trusts now offer a Level 6 degree apprenticeship in diagnostic radiography, letting you train on an NHS salary — typically starting around Band 3-4 — while working toward HCPC registration, rather than through full-time fee-paying study. Coverage remains more limited for therapeutic radiography apprenticeships specifically. Because places are set by individual trust workforce planning rather than a national clearing system, availability varies significantly by trust and by year, so it's worth checking directly with trusts local to you if this route interests you, alongside the standard UCAS application.
How long does it take to become a fully qualified, HCPC-registered radiographer? +
The standard BSc (Hons) route takes three years full-time, whichever branch you choose, followed by applying for registration with the Health and Care Professions Council (HCPC) once you've completed an accredited programme — registration isn't automatic and involves confirming your qualification meets HCPC standards. Degree apprenticeship routes typically run to a broadly similar overall length, reflecting the same course content delivered alongside paid employment rather than full-time study.
Do I need to choose diagnostic or therapeutic radiography before I apply, or can I decide later? +
You generally need to decide before you apply, because diagnostic and therapeutic radiography are accredited as separate degree programmes with different course content, placements and eventual HCPC registration outcomes. It's worth researching both properly — including work experience or a taster day in an imaging or radiotherapy department if you can arrange one — before committing to a UCAS application, rather than defaulting to diagnostic radiography simply because it's the larger, more visible of the two professions.
Do I need work experience before applying to a radiography degree? +
It isn't always a strict formal requirement in the way GCSE grades are, but observing or shadowing in a real imaging or radiotherapy department — even a single day arranged through a local hospital's work experience scheme — is commonly looked on favourably by admissions tutors, and it's a genuinely useful way to confirm the reality of the job matches what you imagine before committing three years to it. Some universities explicitly ask about relevant insight or experience at interview, so it's worth pursuing even where it isn't formally mandatory.
Is radiography a physically demanding job, given all the equipment involved? +
Yes, more than people often expect from a role that sounds primarily technical. Radiographers spend a lot of time on their feet, positioning patients — some of whom have limited mobility or are acutely unwell — around imaging equipment, and therapeutic radiographers repeat precise positioning for the same patient across many treatment sessions. Acute imaging departments providing 24/7 emergency cover also mean genuine shift work, including nights and on-call rotas in many posts, so it's worth going in with realistic expectations about the physical and scheduling demands alongside the technical and clinical side of the role.
Can I become a radiographer if I don't have a science A-Level? +
Possibly, though it depends on the specific university and course. While a science subject at A-Level (or an equivalent BTEC or Access to HE module) is commonly expected given the anatomy, physiology and physics content of radiography degrees, some universities weigh relevant work experience, a strong overall academic profile, or performance at interview alongside — rather than instead of — specific subject requirements. If you're missing a science A-Level, check individual course entry profiles directly rather than ruling yourself out, and consider whether an Access to HE Diploma in a science pathway is a realistic bridge.
What happens once I'm registered — where does the career actually go? +
Almost every newly registered radiographer starts on Band 5. From there, additional qualifications in a specific imaging modality — CT and MRI in particular, given persistent national shortages — are one of the clearest routes to faster progression to Band 6 and 7 in diagnostic radiography, while therapeutic radiographers can progress toward consultant therapeutic radiographer posts leading treatment planning for a whole oncology service. Our radiographer salary guide covers the full Band 5 to Band 8c pay picture and exactly how modality specialisation affects real-world progression speed.

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