Houston Methodist

location-iconHouston Methodist

Radiation Physicist

location-iconLiberty, TX, 77575

jobtype-iconPart Time, Full Time

dateposted-iconPosted 11 days ago

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At Houston Methodist, the Radiation Physicist is responsible for performing measurements and providing data for quality assurance of radiation sources and treatment plans, under the supervision of a fully licensed therapeutic medical physicist, to ensure that patients receive the physician prescribed radiation dose for accurate treament of disease as well as protecting patients, staff and public from radiation harm. The incumbent will monitor the performance of radiation producing devices as well as ensure that patient-specific quality assurance, including initial and periodic treatment plan checks, and measurements are performed appropriately and in a timely manner.

PEOPLE ESSENTIAL FUNCTIONS
  • Works with therapy staff to ensure that periodic machine quality assurance is routinely and appropriately performed.
  • Works with engineering/vendor staff to ensure machine repairs and upgrades are adequately performed and machine performance verified.
  • Provides consultation to physicians and guidance to dosimetrists and therapists regarding best approaches to simulate, plan, image and treat patients to assure accurate delivery of prescribed radiation dosage to a specific human patient, and the associated risks.
  • Participates in training of departmental personnel as needed to effectively and safely utilize equipment for patient care and in the didactic education and hands-on training for radiation oncology and medical physics residents and other trainees.
SERVICE ESSENTIAL FUNCTIONS
  • Participates in the development of procedures for testing and evaluating performance levels of radiotherapy treatment and simulation equipment. This includes assisting in the development and execution of plans for acceptance and commissioning of new radiotherapy and dosimetry equipment and software.
  • Provides documentation that radiotherapy treatment, simulation and measurement equipment meet accreditation and regulatory compliance requirements.
  • Participates in the development and management of the quality control program for a radiation treatment facility that includes applicable facility accreditation and regulatory requirements, and the review of policies and procedures pertaining to therapeutic radiation and its safe and appropriate use.
QUALITY/SAFETY ESSENTIAL FUNCTIONS
  • Performs quality assurance to verify proper functioning after installation, repair or upgrade of radiation treatment equipment and software. It includes acceptance testing of radiotherapy treatment and simulation equipment, calibration and characterization of radiation beams from therapeutic equipment including radiation quantity, quality, and distribution characteristics, and assessment of the mechanical and geometric optics for proper placement of the beam. It also includes calibration and/or verification of the physical and radiological characteristics of brachytherapy sources.
  • Supports the implementation and management of dosimetric and beam delivery aspects of external beam delivery, brachytherapy irradiation and special procedures. External beam delivery aspects include treatment aids, beam modifiers, and geometrical arrangements. Special procedures are included for both external beam (e.g. radiosurgery, total body irradiation, total skin irradiation, intraoperative therapy) and brachytherapy (e.g. high dose rate, intravascular brachytherapy).
  • Participates in acceptance testing, management, and supervision of computer systems used for treatment planning and calculation of treatment times or monitor units. This includes measurement and input of dosimetry data base and verification of output for external beam radiotherapy and brachytherapy.
  • Ensures that patient-specific quality assurance, including initial and periodic treatment plan checks, and measurements if required, are performed on a timely manner.
  • Participates in the development and/or evaluation of a radiation safety program in a therapeutic radiation facility including written procedures for the protection of patients, workers, and the public, as well as in the protective shielding design and radiation safety surveys in a radiotherapy facility.
FINANCE ESSENTIAL FUNCTIONS
  • Supports the development of specifications for radiotherapy treatment and simulation equipment, including software. Provides equipment and software evaluations of value and performance on possible equipment and software purchases.
GROWTH/INNOVATION ESSENTIAL FUNCTIONS
  • This position is eventually expected to grow into a senior physicist position (Radiation Physicist II) and manage all aspects of the clinical medical physics program.
  • Participates in clinical research and development projects as well as other research projects that are consistent with departmental goals.
This job description is not intended to be all-inclusive; the employee will also perform other reasonably related business/job duties as assigned. Houston Methodist reserves the right to revise job duties and responsibilities as the need arises.
EDUCATION
  • M.S. degree in physical science required.
WORK EXPERIENCE
  • Minimum of two years of experience in therapeutic medical physics in a hospital/clinic based environment, including educational training.
LICENSES AND CERTIFICATIONS - REQUIRED
  • MPHYS - Medical Physicists - State Licensure -- in Therapeutic Medical Physics OR
  • MPHYS-Temp - Temporary Medical Physicists - State Licensure AND
  • ABR-TMP - Therapeutic Medical Physics (ABR) -- or eligible for certification
KNOWLEDGE, SKILLS, AND ABILITIES
  • Demonstrates the skills and competencies necessary to safely perform the assigned job, determined through on-going skills, competency assessments, and performance evaluations
  • Sufficient proficiency in speaking, reading, and writing the English language necessary to perform the essential functions of this job, especially with regard to activities impacting patient or employee safety or security
  • Ability to effectively communicate with patients, physicians, family members and co-workers in a manner consistent with a customer service focus and application of positive language principles

SUPPLEMENTAL REQUIREMENTS

WORK ATTIRE

  • Uniform No
  • Scrubs Yes
  • Business professional Yes
  • Other (department approved) No

ON-CALL*
*Note that employees may be required to be on-call during emergencies (ie. DIsaster, Severe Weather Events, etc) regardless of selection below.

  • On Call* Yes

TRAVEL**
**Travel specifications may vary by department**

  • May require travel within the Houston Metropolitan area Yes
  • May require travel outside Houston Metropolitan area No

Company Profile:

Houston Methodist Specialty Physician Group is an integral part of Houston Methodist’s overall strategy to become one of the nation’s leading academic medical centers. Established as a nonprofit corporation certified by the Texas State Board of Medical Examiners, the Specialty Physician Group enables physicians to maintain autonomy with respect to clinical practice while growing their practice within an academic environment.

Houston Methodist is an Equal Opportunity Employer.

Equal employment opportunity is a sound and just concept to which Houston Methodist is firmly bound. Houston Methodist will not engage in discrimination against or harassment of any person employed or seeking employment with Houston Methodist on the basis of race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, status as a protected veteran or other characteristics protected by law. VEVRAA Federal Contractor – priority referral Protected Veterans requested.

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A Radiation Physicist is not typically a doctor in the medical sense. They are scientists who specialize in the physics of radiation, often working in fields such as medical imaging, radiation therapy, or nuclear energy.

A radiation physicist is a professional who specializes in the application of physics principles to the field of radiation, particularly in medical, industrial, and research settings. They design, develop, and maintain equipment used to produce and measure radiation, and ensure its safe and effective use.

Becoming a Radiation Physicist typically requires a Bachelor's degree in Physics, followed by a Master's or Doctoral degree in a related field such as Medical Physics. After obtaining the necessary education, one may need to complete a residency or internship program in a medical or research facility. The duration can vary, but it usually takes around 6-8 years of higher education and training. However, specific requirements may differ depending on the country and the specific job role.

A Radiation Physicist is a professional who specializes in the application of physics principles to the field of radiation. They design, develop, and maintain equipment used in radiation therapy for medical treatments, ensure the safety of patients and staff, and collaborate with medical teams to optimize radiation doses for effective treatment.

A Radiation Physicist applies the principles of physics to the field of radiation therapy, designing and implementing treatment plans for patients with cancer or other conditions requiring radiation treatment. They ensure the safe and effective delivery of radiation doses, monitor equipment, and collaborate with medical teams to optimize treatment outcomes.

A radiation physicist in radiation therapy is responsible for designing, calculating, and optimizing treatment plans using radiation to destroy cancer cells while minimizing damage to healthy tissue. They also ensure the equipment is functioning correctly and safe for use.

A Radiation Physicist studies the properties, interactions, and effects of ionizing radiation. They apply the principles of physics to design, develop, and maintain equipment used in the production, detection, and treatment of radiation in various fields such as medical imaging, nuclear energy, and radiation therapy.

A Radiation Physicist studies the properties, interactions, and effects of ionizing radiation. They apply physics principles to design, develop, and maintain equipment used in medical imaging, radiation therapy, and nuclear reactors, ensuring safe and effective use of radiation in various applications.

A radiation physicist is a professional who specializes in the application of physics principles to the field of radiation, particularly in medical, industrial, and research settings. They design, develop, and maintain equipment used to produce and measure radiation, and ensure its safe and effective use.

To become a Radiation Physicist, typically, one should follow these steps: 1. Earn a Bachelor's degree in Physics or a related field. 2. Pursue a Master's or Doctoral degree in Physics, with a focus on Radiation Physics or a related field. 3. Gain practical experience through internships or residency programs in medical or industrial settings. 4. Obtain licensure or certification, if required by the state or industry, such as the American Board of Radiology's certification for medical radiation physicists. 5. Continue professional development through ongoing education and training to stay current with advancements in the field.