Senior Therapeutic Radiographer - Pre-Treatment & Proton Therapy

University College London Hospitals NHS Foundation Trust; Greater London; On-site; GBP 38,000 - 56,000; Full time

Job summary

University College London Hospitals NHS Foundation Trust is seeking a radiographer to join the pre-treatment team across radiotherapy and proton beam therapy services in London. The role involves delivering high-precision pre-treatment procedures using CT, MRI and PET-CT, with leadership in patient care and imaging workflow.

The post requires expert clinical judgement, the ability to work within a multidisciplinary team, and skills in administering imaging-based planning to support cancer

Qualifications

• Qualified radiographer with HCPC registration (required).
• Proven ability to work within MDT and adapt protocols when appropriate.
• Strong commitment to patient-centred care and safety.

Responsibilities

• Deliver pre-treatment radiotherapy procedures to a wide patient cohort.
• Operate and interpret CT, MRI and PET-CT imaging for planning and simulation.
• Lead and participate in pre-treatment workflows with the radiotherapy team.
• Obtain informed consent and ensure accurate documentation of imaging and treatment data.
• Communicate with patients, relatives and carers with sensitivity and confidentiality.
• Collaborate with MDT to optimise the patient pathway and treatment plan.

Skills

Clinical decision making

Patient communication

Intravenous injections

Education

Radiography degree

Tools

CT imaging

MRI imaging

PET-CT

Job description

University College London Hospitals NHS Foundation Trust is seeking a radiographer to join the pre-treatment team across radiotherapy and proton beam therapy services in London. The role involves delivering high-precision pre-treatment procedures using CT, MRI and PET-CT, with leadership in patient care and imaging workflow.

The post requires expert clinical judgement, the ability to work within a multidisciplinary team, and skills in administering imaging-based planning to support cancer