Clinical Research Radiotherapy Physicist

Clinical Research Radiotherapy Physicist NHS AfC:
Band 7

Main area Radiotherapy Grade NHS AfC:
Band 7 Contract 7 months (Fixed term: 7 months) Hours Part time - 33.75 hours per week Job
-SB1281

Employer The Royal Marsden NHS Foundation Trust Employer type NHS Site The Royal Marsden Hospital Town Sutton Salary £53,751 - £60,651 pro rata Salary period Yearly Closing 01/03/2026 23:59

We are looking for an enthusiastic physicist to join the Radiotherapy Physics group at the Sutton branch of the Royal Marsden Hospital for a fixed term for 7 months until 30 September 2026 (at 0.9 FTE). This post will be actively engaged in research functions and also fulfil clinical roles to allow others time for research. It is therefore suitable for someone with a research background who would like to be more involved in clinical work or a clinical physicist interested in research.

The Radiotherapy Department in Sutton has 5 Elekta linacs, an Elekta Unity MR-Linac, a Cyberknife S7 and two Accuray Radixact units. Treatment planning is performed using the Ray Station treatment planning system. We have established workflows for adaptive radiotherapy (both online and plan of the day), 4

DCT, and breath hold techniques.

The radiotherapy physics group consists of 40 physicists, dosimetrists and engineers and forms a substantial part of the Royal Marsden/Institute of Cancer Research Joint Department of Physics, through which we have many active research collaborations, most notably on the MR-linac which was the first in the UK to treat patients.

• The post holder will provide specialist support to all aspects of the clinical, scientific and technical Radiotherapy Physics Service to Radiotherapy.
• The post holder will undertake research projects during dedicated time and to disseminate results and assist with the translation of research work into the clinic where appropriate.
• The post holder has clinical and scientific responsibilities for day-to-day essential complex treatment planning and checking and performing Quality Assurance and dosimetry and analysing results.
• Work closely with the Principal Physicist in all areas.

The Royal Marsden NHS Foundation Trust is a world-leading cancer centre. Our role is to offer our patients the best cancer care available anywhere in the world, and to continue to make a global contribution to finding better ways of diagnosing and treating cancer. We employ over 4,500 staff in a diverse range of careers including nursing, medical, science, radiography, pharmacy, occupational therapy, finance and administrative services.

We have two hospitals – one in Chelsea, London, and one in Sutton, Surrey – as well as a Medical Daycare Unit in Kingston Hospital.

At The Royal Marsden, we deal with cancer every day, so we understand how valuable life is. When people entrust their lives to us, they have the right to demand the very best. That's why the pursuit of excellence lies at the heart of everything we do.

At the heart of the hospital is our dedicated team. We offer a stimulating and dynamic working environment, a wide range of staff benefits, learning and development opportunities and clear career pathways. There are opportunities to work flexibly across a range of areas and specialities and we welcome flexible working requests from point of hire to support employees work life balance.

We are looking for employees who aspire to excellence, share our values and can play a crucial role in our on-going achievements.

For further information please refer to the Job Description & Person Specification

• Undertake research activities associated with the adaptive and advanced Radiotherapy pathways, aligned with departmental development plans.
• Produce complex treatment plans. Carry out associated dosimetry calculations and verification measurements, in accordance with clinical prescription and agreed procedures. Analyse requirements and make complex judgements regarding treatment parameters and patient dose effects to produce the required dose distribution over the treatment volume, using computerised planning…