Medical Physicist Certified - Full Time - Cancer Institute

1200 MH-Memphis Hospitals; Indianapolis (IN); On-site; USD 90,000 - 120,000; Full time

Job summary

1200 MH-Memphis Hospitals seeks a Certified Medical Physicist to ensure quality in the use of radiation treatment. This role involves calibrating therapy equipment, developing safety procedures, and providing training to staff.

Candidates should have a Master’s or Doctorate in Medical Physics or related fields and 3-5 years of experience in medical radiation physics. The position includes responsibilities related to quality assurance in radiation therapy.

Qualifications

• 3-5 years experience in medical radiation physics is required.
• Certification in Therapeutic Radiological Physics by the American Board of Radiology is needed.
• Candidates must demonstrate competency in medical physics.

Responsibilities

• Consult on quality assurance for radiation therapy.
• Perform equipment calibration as per regulations.
• Develop and maintain the radiation safety program.

Skills

Medical physics competency

Communication skills

Independent judgment

Organizational skills

Education

Master's Degree in Medical Physics

Master's Degree in Physical Science

Doctorate in Medical Physics

Job description

Overview

The Certified Medical Physicist ensures the quality of care in the use of radiation producing sources and imaging equipment. Calibrates or guides others in calibration of radiation therapy equipment. Implements quality control procedures for imaging devices. Performs calculations and patient treatment plans, dose verification, and chart checks. Develops and maintains radiation therapy safety procedures in compliance with regulations. Models appropriate behavior as exemplified in MLH Mission, Vision and Values.

Responsibilities

• Consult with the dosimetrist, physicist, and physician in development and maintenance of a quality assurance program for radiation therapy treatment modalities.
• Perform calibration on the radiation therapy equipment in accordance with standards set forth by state and federal regulations.
• Develop and maintain the radiation safety program.
• Perform routine clinical duties, acceptance testing, and commissioning of new equipment or procedures as it relates to radiation treatment, under the supervision of the Chief Physicist.
• Provide technical direction, training, and continuing education to physicists and dosimetrists.
• Assist radiation oncologists and medical physicists in performing HDR and LDR brachytherapy procedures; plan and perform the procedures as needed.
• Perform other job functions as assigned or requested.

Education & Experience

• Master's Degree in Medical Physics
• Master's Degree in Physical Science
• Master's Degree in Radiologic Physics
• Master's Degree in Engineering
• Doctorate in Medical Physics
• Doctorate in Physical Science
• Doctorate in Radiologic Physics
• Doctorate in Engineering
• Work Experience: 3-5 years in medical radiation physics

Licenses & Certifications

Certification in Therapeutic Radiological Physics by the American Board of Radiology.

Knowledge, Skills & Abilities

• Demonstrates competency in medical physics with the ability to carry out complex assignments.
• Understands and prepares complex written materials, such as technical reports and manuals.
• Communicates verbally with associates, physicians, and patients.
• Works without close supervision and exercises independent judgment.
• Organizes multiple tasks and projects while maintaining control of workflow.

Supervision

Provides guidance and technical direction to junior physicists, dosimetrists, and radiation therapists.

Physical Demands

The position involves climbing, pushing, standing, hearing, walking, reaching, grasping, kneeling, stooping, and repetitive motion. Must have good balance and coordination. Requires exerting up to 50 lbs of force occasionally and up to 25 lbs frequently. Requires close visual acuity including color, depth perception, and field of vision to perform tasks such as assessing patients, preparing and analyzing data, and extensive reading. Involves frequent invasive and non‑invasive patient contact and exposure to patient body fluids and hazardous or poisonous materials. Requires rapid reaction to emergency situations.