Band 8a Principal Radiotherapy Physicist

Essential

• Able to prioritise and manage own workload with effective time management skills. Flexible, able to adjust commitments when required and work to tight deadlines (checking complex treatment plans to a tight deadline for example).
• Able to deal with complex and unpredictable situations (providing advice during equipment failure for example).
• Analytical problem solving ability, able to resolve complex issues and situations that are often unpredictable and do not fit a standard pattern.

Desirable

• Able to project manage effectively, setting quality standards, timescales, performance targets and goals, monitoring progress, checking results, providing support to other team members when required and writing reports.
• Ability to teach and train others, including other staff groups, on highly specialist subjects.
• Able to perform independent applied research and development.
• Able to prepare and present scientific papers at local, national and international meetings and conferences.
• Able to develop systems and write software and scripts (Python for example) relevant to radiotherapy computer systems

Essential

• Able to communicate highly complex information to other healthcare professionals and equipment manufacturers
• Able to exercise own initiative when dealing with issues within own specialist area of competence.
• High degree of physical accuracy and dexterity, for making precision measurements and equipment adjustments.
• Ability to motivate a wide cross-section of healthcare professionals and lead a team approach to work.
• Able to maintain frequent periods of prolonged concentration, with often unpredictable work patterns (when collecting or analysing beam data and providing clinical advice for example).
• Able to deal with occasional distressing circumstances when (working with terminally ill patients for example).

Essential

• Demonstrable ability to meet the Trust Values

Essential

• Honours first degree (1st or 2nd) in physics or containing a major physics component.
• Relevant MSc or higher degree or equivalent level of knowledge.
• HCPC registration as a Clinical Scientist.
• Certified Medical Physics Expert on national register or application in progress

Desirable

• Corporate Membership of IPEM (MIPEM) or eligible for membership
• Chartered scientist (CSci) or eligible for the award.

Essential

• Highly developed specialist theoretical and practical knowledge of radiation dosimetry, treatment unit technology, treatment planning systems, and computer systems in radiotherapy, sufficient to act as a Medical Physics Expert in these areas
• Specialist training and practical experience of a wide range of radiotherapy equipment and computing equipment, including linear accelerators, treatment planning systems and dosimetry equipment
• Advanced knowledge of patient and machine dosimetry and quality assurance in radiotherapy
• Highly developed knowledge of clinical issues and their implications for radiotherapy physics practice
• Broad understanding of patient and staff risks arising from equipment failure and staff error.
• High level of understanding of patient and staff risks arising from treatment planning computer system errors, equipment failure, treatment errors and incorrect dosimetry
• Broad knowledge of clinical procedures and practices in radiotherapy.
• In depth knowledge of relevant legislation, national standards, professional and other guidelines, quality systems, local rules and safety practices (for example ISO 9001 2000, Health and Safety, COSHH).
• Understanding of hazards posed by, and precautions needed with: ionising radiation, non -ionising radiation and electrical hazards .

Desirable

• Broad knowledge of applied radiation physics and associated areas within medical physics
• Relevant clinical experience in radiotherapy physics post registration.