- Patient care
- Simulation procedures
- Dosimetry
- Treatment devices
- Radiation treatment procedures
- Cancer (pathology, detection and diagnosis, imaging, pharmacology, etc.)
- Physics
- Treatment planning
- Particle therapy
- Radiation safety
- Quality improvement
- And more...
Radiation Therapy
Radiation therapists administer targeted doses of radiation to the patient’s body to treat cancer or other diseases. As the radiation strikes human tissue, it produces highly energized ions that gradually shrink and destroy the nucleus of malignant tumor cells.
Radiation therapists typically see each of their patients 3–4 days a week throughout a 4–7 week treatment plan (ASRT, 2015).
Eligibility:
- Must have an AS or AAS degree or higher
- Must have ARRT certification
- Applicants may apply while in progress of degree completion and certification, but these must be completed before the program start date
- All WSU general education requirements must be completed for bachelor's degree to be awarded
Faculty Advisor: Dr. Casey Neville
What You Will Learn
Certification
Upon completion of the Radiation Therapy program, you are eligible to take the national certification examination given by the American Registry of Radiologic Technologists (ARRT).
States often require practicing therapists to be licensed; however, the ARRT certification is accepted by many states to fulfill the state regulations. To practice in Utah, you must be licensed as a Radiologic Technologist by the state.
Job Opportunities
Upon certification, you can work as a radiation therapist.
Clinical Education
You are required to complete 24 hours of clinical education per week in a WSU-affiliated healthcare facility.
Location and Delivery
WSU Campus
Classes are held once a month at WSU in Ogden, Utah and/or virtually on Zoom.
Campus and Regional programs are completed in 3 straight semesters, beginning each fall semester.
Campus students reside in Utah are assigned to clinical sites in Utah.
Regional students reside outside of Utah must secure their own clinical site.