Job summary Applications are invited for an experienced and motivated clinical scientist to work as a Principal Clinical Scientist within radiotherapy physics at The Christie. The applicant is required to have HCPC registration, and to have sufficient experience to work as a Medical Physics Expert (MPE) in at least one discipline associated with radiotherapy physics as described in the job description. The successful applicant will require significant experience in treatment planning and will work with the wider team to support and develop the service at The Christie. There is also the opportunity to work in an additional discipline within radiotherapy physics (Brachytherapy, Dosimetry, Imaging etc.). Opportunities will be available for development and training in leadership and management skills appropriate to the role. The successful applicant will work with a wide range of radiotherapy IT systems including treatment planning systems (RayStation, Monaco, Oncentra etc.), oncology management systems (Mosaiq), and auto-contouring packages including those based on deep-learning models (Limbus, RayStation, ProKnow). Clinical scientists in the team are encouraged to present new ideas to improve the service and will be supported to develop them by the whole team. Medical Physics Experts are expected to play a central role in the supervision and management of these project ideas. Main duties of the job Clinical work in RT physics The successful candidate will contribute to all aspects of the treatment planning service including treatment planning and checking, advising the multi-disciplinary team on issues relating to clinicaltreatment plans, and MPE support as required. The successful candidate will provide clinical and MPE support to other disciplines within radiotherapy physics if appropriate following discussion with section leads. Management The role will involve line management responsibility for other staff and supervision of trainees. The successful candidate may be required to produce and check quality system documentation and ensure they are reviewed appropriately. The successful candidate will be required to contribute to both clinical audit and internal quality system audits. Research & Development The successful candidate will be expected to take an active role in research and development work, both undertaking their own projects and supervising others. Teaching & training The role will involve specialist teaching on MSc and DClinSci courses in collaboration with the University of Manchester along with the supervision of projects for STP and HSST trainees from The Christie and other institutions. About us The Christie is one of Europe's leading cancer centres, treating over 60,000 patients a year. We are based in Manchester and serve a population of 3.2 million across Greater Manchester & Cheshire, but as a national specialist around 15% patients are referred to us from other parts of the country. We provide radiotherapy through one of the largest radiotherapy departments in the world; chemotherapy on site and through 14 other hospitals; highly specialist surgery for complex and rare cancer; and a wide range of support and diagnostic services. We are also an international leader in research, with world first breakthroughs for over 100 years. We run one of the largest early clinical trial units in Europe with over 300 trials every year. Cancer research in Manchester, most of which is undertaken on the Christie site, has been officially ranked the best in the UK. Date posted 05 March 2025 Pay scheme Agenda for change Band Band 8a Salary £53,755 to £60,504 a year per annum Contract Permanent Working pattern Full-time Reference number 413-92323-CMPE-AK Job locations CMPE Radiotherapy Physics Services - D00001 Manchester M20 4BX Job description Job responsibilities 1. General 1.1. To deputise for Consultant Clinical Scientists where appropriate. 1.2. Act as required in the role of Medical Physics Expert (MPE) under IR(ME)R, providing expert advice to other professional groups on both patient specific issues and on matters of clinical service provision and development. 1.3. To interpret national and international guidelines concerning the work of the Radiotherapy Physics section and implement protocols to keep the sections work in line with recommended practice. 1.4. To supervise and roster the clinical duties of clinical scientists. 1.5. Ensure all work they carry out complies with current UK legislation for work with ionizing radiation (IRR 2017, IRMER 2017) and the Trusts ISO 9001-2015-compliant Quality System for provision of radiotherapy. 1.6. To contribute to the radiotherapy physics clinical rota. 1.7. The post holder must be and must remain registered as a clinical scientist and complete an agreed scheme of Continuing Professional Development (CPD). 1.8. Provide specialist technical advice within the trust for the procurement of high capital value complex clinical equipment 1.9. The place of work is normally The Christie in Withington, but the postholder may be required to carry out work at other local hospitals with a radiotherapy service. 1.10. Hours are worked flexibly between 7:30 and 20:00, Monday to Friday, to cover the normal range of clinical duties. 2. Dosimetry 2.1. Maintain, develop and participate in the clinical quality control programme for highly complex radiotherapy equipment, including linear accelerators and simulators to ensure all such equipment is fit for clinical use. 2.2. Manage the on-going quality assurance of individual linear accelerators assigned by the Team Leader for Dosimetry through regular audit and be responsible for ensuring that appropriate actions are performed effectively, liaising with and delegating tasks to radiotherapy engineers and physicists as required. 2.3. Investigate and resolve highly complex problems highlighted through ongoing quality control measurements and reported equipment faults. 2.4. To carry the physics bleep on a rotational basis, responding to issues relating to the performance of radiotherapy equipment and clinical treatment plans, raised by radiographers and engineering staff, and providing scientific advice or performing measurements as appropriate. 2.5. To manage and plan linear accelerator commissioning through supervision of physicists, collecting the data required to provide accurate models of radiation treatment beams necessary to ensure efficient and safe clinical implementation of the clinical service. 2.6. To liaise with the Radiotherapy Technical Services Manager to ensure efficient and accurate transfer of information and appropriate allocation of tasks and responsibilities between engineering and physics staff. 3. Treatment Planning 3.1. To scientifically develop and maintain the clinical treatment planning system for new applications particularly with respect to patients. 3.2. To ensure that the data and calculation methods are accurate and the limitations understood and documented. 3.3. To be the physics lead for one or more specified clinical site, working closely in a multidisciplinary team to develop and maintain clinical protocols, techniques and the patient pathways. 3.4. To develop and maintain the clinical pre-treatment simulation hardware and software systems and commission them for new applications particularly with respect to patients treated across the Christie Network. 3.5. To optimise clinical protocols for the safe and effective clinical use of pre-treatment simulation equipment in conjunction with clinical oncologists, physicists and radiographers across the Christie Network, 3.6. To operate, maintain and develop quality assurance procedures for computerised treatment planning systems within the ISO 9001-2015 Quality System to ensure equipment and procedures are fit for clinical use. 3.7. To maintain the provision of an external beam simulation and planning service to the Radiotherapy Department across the Christie Network to ensure the accuracy of treatment plans and compliance with clinical requirements. 3.8. To ensure effective multidisciplinary team working in pre-treatment simulation and planning by working closely with clinical oncologists and therapy radiographers. 3.9. Operate on a rota with other physicists to deal with problems arising with pre-treatment simulation and clinical treatment plans. 3.10. To implement new and improved treatment planning techniques so that patients gain maximum benefit from the available equipment throughout the Christie Network. 3.11. Produce or independently check highly complex radiotherapy treatment plans, based on the evaluation of anatomical and clinical information using a highly complex treatment planning system. 3.12. Develop systems, including software development, to increase the efficiency of clinical pre-treatment simulation and planning in order to reduce delays in treatment and make best use of staff resources. 3.13. To liaise with the group leader and head of radiation protection service in the investigation and reporting of any case of suspected or actual mistreatment of any patient due to a failure within treatment planning 3.14. To identify areas where radiotherapy treatment improvements can be made and work as part of multidisciplinary teams. 4. Brachytherapy 4.1. To manage scientifically brachytherapy clinical treatment planning systems so that treatments can be effectively planned. 4.2. To maintain a brachytherapy data set to allow accurate dose calculation in brachytherapy. 4.3. To maintain the system of dosimetry for brachytherapy treatments to ensure brachytherapy dosimetry is linked to national primary standards. 4.4. To maintain and develop systems for quality assurance for brachytherapy within the ISO 9001 -2015 Quality System. 4.5. To ensure that the data and calculation methods are accurate and the limitations understood and documented. 4.6. Manage the safe storage of sealed radiotherapy sources at The Christie NHS Foundation Trust. 4.7. Be responsible for radiation safety in brachytherapy and liaise with the relevant radiation protection supervisors and radiation protection advisors to maintain the radiation protection quality system 4.8. To supervise the scientific aspects of brachytherapy treatments 4.9. Perform complex dosimetry calculations for individual brachytherapy treatments. 4.10. To perform highly complex brachytherapy treatment planning for clinical treatments. 4.11. To ensure that the radiotherapy physics aspects of clinical procedures required by the Ionising Radiation Medical Exposures Regulations (IRMER) are adequately documented. 4.12. To manage the commissioning of new techniques through supervision of physicists to ensure efficient and safe clinical implementation of the clinical service. 4.13. To liaise with clinical DOGs and to develop brachytherapy treatments. 4.14. To implement new brachytherapy techniques so that patients gain maximum benefit from the available equipment at The Christie. 4.15. To liaise with the group leader and head of radiation protection service in the investigation and reporting of any case of suspected or actual mistreatment of any patient due to a failure within brachytherapy. 5. Management 5.1. Participate in workforce development i.e. recruitment and appraisal. 5.2. Undertake project management and analysis. 5.3. Prioritise and manage project work flow in accordance with section policies and competing service demands. Propose changes to working practices and procedures. 5.4. Manage the commissioning process for new and developing equipment as required and develop an appropriate QA program within the Trusts Quality System. 5.5. Negotiate with clinical and technical staff and equipment manufacturers to provide all necessary support for equipment, resulting in maximum clinical usage of equipment. 6. Teaching and training 6.1. To supervise appropriate clinical staff in training 6.2. To lecture to post graduate scientists, senior physicists, radiographers, specialist registrars and others and assist in the organisation of the departments teaching programmes 6.3. To provide suitable clinical placements for Medical Physics trainees, training for junior clinical oncologists, therapy radiographers and to take part appropriately in other relevant teaching and lecturing. 6.4. To supervise M.Sc. students performing project work. 7. Clinical development 7.1. Identify areas where radiotherapy treatment improvements can be made and work as part of multidisciplinary teams. 7.2. Implement new and improved techniques so that patients gain maximum benefit from the available equipment at The Christie. 7.3. In at least one treatment site be the physics lead in liaison with clinical DOGs, providing expert physics advice and specialist technical support for the review and development of clinical techniques. 7.4. In at least one treatment site co-ordinate ongoing significant scientific projects for the review and development of clinical techniques and the support of clinical trials. More job details on Job Description. Job description Job responsibilities 1. General 1.1. To deputise for Consultant Clinical Scientists where appropriate. 1.2. Act as required in the role of Medical Physics Expert (MPE) under IR(ME)R, providing expert advice to other professional groups on both patient specific issues and on matters of clinical service provision and development. 1.3. To interpret national and international guidelines concerning the work of the Radiotherapy Physics section and implement protocols to keep the sections work in line with recommended practice. 1.4. To supervise and roster the clinical duties of clinical scientists. 1.5. Ensure all work they carry out complies with current UK legislation for work with ionizing radiation (IRR 2017, IRMER 2017) and the Trusts ISO 9001-2015-compliant Quality System for provision of radiotherapy. 1.6. To contribute to the radiotherapy physics clinical rota. 1.7. The post holder must be and must remain registered as a clinical scientist and complete an agreed scheme of Continuing Professional Development (CPD). 1.8. Provide specialist technical advice within the trust for the procurement of high capital value complex clinical equipment 1.9. The place of work is normally The Christie in Withington, but the postholder may be required to carry out work at other local hospitals with a radiotherapy service. 1.10. Hours are worked flexibly between 7:30 and 20:00, Monday to Friday, to cover the normal range of clinical duties. 2. Dosimetry 2.1. Maintain, develop and participate in the clinical quality control programme for highly complex radiotherapy equipment, including linear accelerators and simulators to ensure all such equipment is fit for clinical use. 2.2. Manage the on-going quality assurance of individual linear accelerators assigned by the Team Leader for Dosimetry through regular audit and be responsible for ensuring that appropriate actions are performed effectively, liaising with and delegating tasks to radiotherapy engineers and physicists as required. 2.3. Investigate and resolve highly complex problems highlighted through ongoing quality control measurements and reported equipment faults. 2.4. To carry the physics bleep on a rotational basis, responding to issues relating to the performance of radiotherapy equipment and clinical treatment plans, raised by radiographers and engineering staff, and providing scientific advice or performing measurements as appropriate. 2.5. To manage and plan linear accelerator commissioning through supervision of physicists, collecting the data required to provide accurate models of radiation treatment beams necessary to ensure efficient and safe clinical implementation of the clinical service. 2.6. To liaise with the Radiotherapy Technical Services Manager to ensure efficient and accurate transfer of information and appropriate allocation of tasks and responsibilities between engineering and physics staff. 3. Treatment Planning 3.1. To scientifically develop and maintain the clinical treatment planning system for new applications particularly with respect to patients. 3.2. To ensure that the data and calculation methods are accurate and the limitations understood and documented. 3.3. To be the physics lead for one or more specified clinical site, working closely in a multidisciplinary team to develop and maintain clinical protocols, techniques and the patient pathways. 3.4. To develop and maintain the clinical pre-treatment simulation hardware and software systems and commission them for new applications particularly with respect to patients treated across the Christie Network. 3.5. To optimise clinical protocols for the safe and effective clinical use of pre-treatment simulation equipment in conjunction with clinical oncologists, physicists and radiographers across the Christie Network, 3.6. To operate, maintain and develop quality assurance procedures for computerised treatment planning systems within the ISO 9001-2015 Quality System to ensure equipment and procedures are fit for clinical use. 3.7. To maintain the provision of an external beam simulation and planning service to the Radiotherapy Department across the Christie Network to ensure the accuracy of treatment plans and compliance with clinical requirements. 3.8. To ensure effective multidisciplinary team working in pre-treatment simulation and planning by working closely with clinical oncologists and therapy radiographers. 3.9. Operate on a rota with other physicists to deal with problems arising with pre-treatment simulation and clinical treatment plans. 3.10. To implement new and improved treatment planning techniques so that patients gain maximum benefit from the available equipment throughout the Christie Network. 3.11. Produce or independently check highly complex radiotherapy treatment plans, based on the evaluation of anatomical and clinical information using a highly complex treatment planning system. 3.12. Develop systems, including software development, to increase the efficiency of clinical pre-treatment simulation and planning in order to reduce delays in treatment and make best use of staff resources. 3.13. To liaise with the group leader and head of radiation protection service in the investigation and reporting of any case of suspected or actual mistreatment of any patient due to a failure within treatment planning 3.14. To identify areas where radiotherapy treatment improvements can be made and work as part of multidisciplinary teams. 4. Brachytherapy 4.1. To manage scientifically brachytherapy clinical treatment planning systems so that treatments can be effectively planned. 4.2. To maintain a brachytherapy data set to allow accurate dose calculation in brachytherapy. 4.3. To maintain the system of dosimetry for brachytherapy treatments to ensure brachytherapy dosimetry is linked to national primary standards. 4.4. To maintain and develop systems for quality assurance for brachytherapy within the ISO 9001 -2015 Quality System. 4.5. To ensure that the data and calculation methods are accurate and the limitations understood and documented. 4.6. Manage the safe storage of sealed radiotherapy sources at The Christie NHS Foundation Trust. 4.7. Be responsible for radiation safety in brachytherapy and liaise with the relevant radiation protection supervisors and radiation protection advisors to maintain the radiation protection quality system 4.8. To supervise the scientific aspects of brachytherapy treatments 4.9. Perform complex dosimetry calculations for individual brachytherapy treatments. 4.10. To perform highly complex brachytherapy treatment planning for clinical treatments. 4.11. To ensure that the radiotherapy physics aspects of clinical procedures required by the Ionising Radiation Medical Exposures Regulations (IRMER) are adequately documented. 4.12. To manage the commissioning of new techniques through supervision of physicists to ensure efficient and safe clinical implementation of the clinical service. 4.13. To liaise with clinical DOGs and to develop brachytherapy treatments. 4.14. To implement new brachytherapy techniques so that patients gain maximum benefit from the available equipment at The Christie. 4.15. To liaise with the group leader and head of radiation protection service in the investigation and reporting of any case of suspected or actual mistreatment of any patient due to a failure within brachytherapy. 5. Management 5.1. Participate in workforce development i.e. recruitment and appraisal. 5.2. Undertake project management and analysis. 5.3. Prioritise and manage project work flow in accordance with section policies and competing service demands. Propose changes to working practices and procedures. 5.4. Manage the commissioning process for new and developing equipment as required and develop an appropriate QA program within the Trusts Quality System. 5.5. Negotiate with clinical and technical staff and equipment manufacturers to provide all necessary support for equipment, resulting in maximum clinical usage of equipment. 6. Teaching and training 6.1. To supervise appropriate clinical staff in training 6.2. To lecture to post graduate scientists, senior physicists, radiographers, specialist registrars and others and assist in the organisation of the departments teaching programmes 6.3. To provide suitable clinical placements for Medical Physics trainees, training for junior clinical oncologists, therapy radiographers and to take part appropriately in other relevant teaching and lecturing. 6.4. To supervise M.Sc. students performing project work. 7. Clinical development 7.1. Identify areas where radiotherapy treatment improvements can be made and work as part of multidisciplinary teams. 7.2. Implement new and improved techniques so that patients gain maximum benefit from the available equipment at The Christie. 7.3. In at least one treatment site be the physics lead in liaison with clinical DOGs, providing expert physics advice and specialist technical support for the review and development of clinical techniques. 7.4. In at least one treatment site co-ordinate ongoing significant scientific projects for the review and development of clinical techniques and the support of clinical trials. More job details on Job Description. Person Specification Qualifications Essential BSc in Physics MSc in Medical Physics Corporate Membership of IPEM HPC registration as a clinical scientist Desirable PhD Experience Essential Appropriate experience to satisfy Medical Physics Expert status Desirable Publication and public presentation. Experience of modern and emerging clinical radiotherapy techniques, treatment planning and image guidance in radiotherapy Experience of RayStation treatment planning system Skills Essential Multi disciplinary team working Use of radiation monitoring and scanning equipment, working to millimetre precision. Use of computer-based treatment planning software. Able to understand and adapt a range of computer systems to meet the requirements of clinical techniques or equipment quality control. Data analysis, including use of Excel and Access (or similar packages). Scientific report writing/track record of publications in scientific journals and conferences. Desirable Research skills Knowledge Essential Extensive knowledge of radiotherapy physics. Extensive knowledge of relevant legislation, national standards, professional guidelines (e.g. IRR'17, IRMER 2017, ISO:9001,2015, IPEM Codes of Practice) Understanding of the clinical role of radiotherapy. Understanding of the hazards posed by the clinical use of radiation (both man-made and sealed source). Desirable Knowledge of one or more computer programming languages (e.g. python). Multi disciplinary team working Values Essential Ability to demonstrate the organisational values and behaviours Professional Engagement Essential Enthusiasm and commitment Person Specification Qualifications Essential BSc in Physics MSc in Medical Physics Corporate Membership of IPEM HPC registration as a clinical scientist Desirable PhD Experience Essential Appropriate experience to satisfy Medical Physics Expert status Desirable Publication and public presentation. Experience of modern and emerging clinical radiotherapy techniques, treatment planning and image guidance in radiotherapy Experience of RayStation treatment planning system Skills Essential Multi disciplinary team working Use of radiation monitoring and scanning equipment, working to millimetre precision. Use of computer-based treatment planning software. Able to understand and adapt a range of computer systems to meet the requirements of clinical techniques or equipment quality control. Data analysis, including use of Excel and Access (or similar packages). Scientific report writing/track record of publications in scientific journals and conferences. Desirable Research skills Knowledge Essential Extensive knowledge of radiotherapy physics. Extensive knowledge of relevant legislation, national standards, professional guidelines (e.g. IRR'17, IRMER 2017, ISO:9001,2015, IPEM Codes of Practice) Understanding of the clinical role of radiotherapy. Understanding of the hazards posed by the clinical use of radiation (both man-made and sealed source). Desirable Knowledge of one or more computer programming languages (e.g. python). Multi disciplinary team working Values Essential Ability to demonstrate the organisational values and behaviours Professional Engagement Essential Enthusiasm and commitment Disclosure and Barring Service Check This post is subject to the Rehabilitation of Offenders Act (Exceptions Order) 1975 and as such it will be necessary for a submission for Disclosure to be made to the Disclosure and Barring Service (formerly known as CRB) to check for any previous criminal convictions. Certificate of Sponsorship Applications from job seekers who require current Skilled worker sponsorship to work in the UK are welcome and will be considered alongside all other applications. For further information visit the UK Visas and Immigration website (Opens in a new tab). From 6 April 2017, skilled worker applicants, applying for entry clearance into the UK, have had to present a criminal record certificate from each country they have resided continuously or cumulatively for 12 months or more in the past 10 years. Adult dependants (over 18 years old) are also subject to this requirement. Guidance can be found here Criminal records checks for overseas applicants (Opens in a new tab). UK Registration Applicants must have current UK professional registration. For further information please see NHS Careers website (opens in a new window). Additional information Disclosure and Barring Service Check This post is subject to the Rehabilitation of Offenders Act (Exceptions Order) 1975 and as such it will be necessary for a submission for Disclosure to be made to the Disclosure and Barring Service (formerly known as CRB) to check for any previous criminal convictions. Certificate of Sponsorship Applications from job seekers who require current Skilled worker sponsorship to work in the UK are welcome and will be considered alongside all other applications. For further information visit the UK Visas and Immigration website (Opens in a new tab). From 6 April 2017, skilled worker applicants, applying for entry clearance into the UK, have had to present a criminal record certificate from each country they have resided continuously or cumulatively for 12 months or more in the past 10 years. Adult dependants (over 18 years old) are also subject to this requirement. Guidance can be found here Criminal records checks for overseas applicants (Opens in a new tab). UK Registration Applicants must have current UK professional registration. For further information please see NHS Careers website (opens in a new window). Employer details Employer name The Christie NHS FT Address CMPE Radiotherapy Physics Services - D00001 Manchester M20 4BX Employer's website https://www.christie.nhs.uk/ (Opens in a new tab)