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Computed Tomography (CT) Program

Program Objectives

  • Provide continuing education for licensed Radiologic Technology Professionals (AA, RTs and ARRTs) at the university level.
  • Provide access for professionals to use their mandated continuing education requirements to complete a certificate program.
  • Provide advanced radiologic imaging education to promote excellence in the health care environment sciences.
  • Offer advanced imaging coursework in computer applications, CT physics and cross- sectional anatomy.
  • Offer advanced clinical internships through placements at the Radiologic Sciences program's affiliate medical centers.
  • Prepare the student for new employment in the CT imaging field or adds these responsibilities to current employment.
  • Prepare and qualify the student to sit for the national advanced imaging CT certification examination.

Program Course Work

Computed Tomography (CT)


Units

Math 105 (precalculus)    5
Physics 100B and Lab    4
H.Sci 480 (CT)    2
H.Sci 380 (X-sec Anatomy)    2
H.Sci 384 (Computers in Radiology)    2
H.Sci 285 (Clinical Internship)    2
  ¯¯¯¯
Total   17

Criteria for Admission

  1. Overall grade point average (GPA) of 2.5 or greater in all previous college coursework. The applicant must have graduated from an accredited program approved by the Joint Commission on Education in Radiologic Technology (JRCERT) and have passed the ARRT certificate exam.
  2. Radiologic Technologists must obtain from the Department of Health Sciences an application for the advanced imaging certificates. Upon submission and review of the application and processing fee of the certificate program, the student may be accepted into the program.
  3. Accepted Radiologic Technologists will enroll in courses as advised through the College of Extended Learning and/or Open University.
  4. Prerequisite coursework for advanced imaging may be taken at a community or other college, but must be approved by the Program Director to ensure that credit will be given.
  5. To continue in the program, students must earn no less than a grade of C in each course in the program. (Note: A grade of C- is not acceptable)
  6. To continue in the program, students must be accepted for clinical internships by at least two clinical affiliate medical centers, where they must spend a minimum of 24 hours per week during a clinical internship in order to achieve specified competencies for each clinical placement. (Note: Clinical placement is not guaranteed on admission to the program. Clinical placements require acceptance by the affiliated medical center after an interview, criminal background check and review of applicant qualifications by each medical center affiliate.)

Completion of the CT Certificate Program

  1. All CT certificate didactic coursework and clinical internships must be completed with no less than a grade of C in each course. (Note: A grade of C- is not acceptable)
  2. The student must be accepted for clinical internship by at least two clinical affiliate medical facilities, where they must spend a minimum of 24 hours per week, in order to satisfactorily pass all clinical competencies identified for each assigned internship. (Note: Clinical placement is not guaranteed on admission to the program. Clinical placements require acceptance by the affiliated medical facility after an interview, criminal background check and review of applicant qualifications by each medical facility affiliate.)
  3. If the Radiologic Technologist is accepted for clinical placement, actual clinical rotations will be scheduled after completion of the academic coursework in that specialty. There is no guarantee of placement, location or time schedule.

Accreditation

CT programs do not currently require accreditation.

Faculty Members
Anita Slechta, Program Director, M.S., BSRT, CRT, ARRT(R)(M), Professor, Health Sciences Department, CSUN
Thomas Oshiro, Ph.D. Biomedical Physics
Diane Trevathan-Ramirez, Clinical Coordinator, BS, RT, ARRT (R)(M)(F), CRT