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Nuclear Medicine/PET Technology Program

Course Description

The Nuclear Medicine/PET Technology Program is a one-year course consisting of about four months of formal classroom theory and laboratory application, followed by eight months of supervised on-the-job training and rotations. Records of student progress are maintained by the program director and are available to the student for review.

The first four-month block consists of basic mathematics and physics, computer technology, concepts of nuclear radiation physics, anatomy and physiology, radiopharmaceuticals, basic nuclear instrumentation and laboratory experiments covering fundamental aspects of nuclear physics upon which the work of the Nuclear Medicine/PET technologist is based. Appropriate audiovisuals and field trips to commercial concerns will also supplement the instruction.
 
The last eight-month block consists of imaging and in-vitro Nuclear Medicine/PET clinical and laboratory work. In addition, special lectures and seminars supplement this block.
 

Certification

After satisfactory completion of the program (as judged by faculty, the program director and the education director) and fulfillment of the program objectives, the student will be eligible to take the following examinations for certification:

  • Nuclear Medicine Technology Certification Board (NMTCB)
  • American Registry of Radiologic Technologists (ARRT)

 

     

    Tuition

    Laboratory coats, radiation monitors and other supplies are provided by the Nuclear Medicine/PET Technology Program. The $3,000 tuition covers all textbooks and supplies for the year. Tuition will not be refunded if a student resigns or is dismissed from the program.

    Curriculum

    First Semester Credits
    401 Hospital Orientation 1
    403 Anatomy, Physiology and Pathology 1
    405 Radiation Protection 2
    411 Records and Administrative Procedures 2
    412 Clinical Nuclear Practicum I 5
    415 Application of Radionuclides to Medicine 2
    417 Nuclear Radiation Physics and Instrumentation 4


    Second Semester Credits
    402 Clinical Correlation Anatomy,
    Physiology & Pathology
    1
    413 Clinical Nuclear Practicum II 8
    416 Nuclear Medicine Quality Control Practicum 1
    419 Clinical Radiation Biology 1
    421 Therapeutic Radionuclides 1
    423 Nuclear Medicine Chemistry 2
    427 Application of Computers to Nuclear Medicine 1
    499 Independent Study 2

    Hours

    The course is scheduled Monday through Friday from 8:00 am to 4:30 pm with days off on legal holidays and three weeks of personal time off.

    Faculty

    If you desire further information, please contact:

    Nuclear Medicine/PET Technology Program
    Frank Steffel
    Program Director
    414-805-2071

    or

    Ann Voslar
    Education Director
    414-805-0057

     

     

     

    Last Review Date: Dec. 8, 2008

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