Job Description
Job Description
Join us in launching the region’s most advanced cancer center, with groundbreaking therapy and plans in place for future innovation and growth with the opportunity to build a replicable model. Be part of an R&D team and leadership team that will transform care delivery and clinical outcomes.
SUMMARY OF POSITION : The medical physicist is responsible for the performance and documentation of quality assurance and ensuring safe and effective use of radiation in the clinic, as well as overseeing the scientific and technical aspects of all procedures. This position will also include quality control tests and industry standards, treatment planning review, weekly chart review, participation in radiation safety measures, and assistance in implementation of new technology and / or equipment. The candidate will be required to be on-site to contribute to the center development, collaborate with physicians and partners and communicate with other staff members.
JOB RESPONSIBILITIES :
- Excellent overall understanding of all activities of photon radiation therapy department, (e.g. treatment planning, quality assurance, revenue cycle, customer service, medical staff role(s), etc.)
- QA all planning and therapeutic equipment in a manner suitable for accurate radiation dose delivery.
- Direct the determination of radiation dose distributions in patients undergoing treatment (i.e. computerized dosimetry planning or direct radiation measurement)
- Maintain proper records necessary for APEx, NRC, state, or other regulatory agencies
- Design and implement pertinent aspects of the quality management program that involve the use of external beam radiotherapy equipment and therapeutic radiopharmaceuticals
- Contribute to the development and implementation of clinical software
- Manage the medical physics service in a manner to meet or exceed established standards of practice consistent with the facility size and available resources
- Establish, develop, and monitor procedures for measuring the performance levels of equipment used in radiation oncology and theranostics
- Evaluate new technologies and implement as needed, including acceptance testing of new equipment and treatment devices and theranostics
- Consult with the radiation oncologists, as required, concerning patient doses and optimization of patient treatment plans and delivery
- Serve as the focal point for machine maintenance and repair
- Proficient in using radiation-measuring equipment for calibration and quality assurance, treatment planning computers, and oncology information systems in a paperless environment
- Collaborate with patient care team that includes dosimetry, physicians, radiation therapists, and Provision Diagnostic Imaging
- Seek and embrace opportunities to engage with colleagues as a leader in pursuit of oncology solutions
JOB SPECIFICATIONS :
Minimum Qualifications
Master of Science or Doctoral degree in Radiological Physics, Physics, or related discipline.Certification by the American Board of Radiology or American Board of Medical Physics in Therapeutic Radiological Physics or Radiological PhysicsAt least three years post-degree clinical experience in therapeutic medical physicsCompletion of a clinical medical physics residency program preferredPossess working knowledge of radiation safety principles and current rules and regulations of the State of Tennessee Department of Environment & Conservation Department of Radiological Health (TDECDRH) and the Nuclear Regulatory Commission (NRC)Extensive knowledge of modern radiation therapy systems and sub-systems to include theranosticsPreferred Experience & Skills
Experience in Varian Halcyon and Ethos (preferred but not required)Experience and fluency in modern treatment planning software systems preferably Varian Aria and EclipseFlexibility to handle multiple tasks and deadlinesProven time management skillsAbility to work as a member of a teamExcellent verbal and written communication skillsComputer skills including but not limited to MS Excel, Outlook, PowerPoint, MosaiqCoding skills, such as Python or C++, preferredDriven by innovation to improve operational efficiencies, patient experience and clinical outcomes