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Nuclear medicine technologists use radioactive particles in medical procedures to help physicians diagnose physical disorders and treat cancer. They prepare and administer the nuclear materials, called radiopharmaceuticals, operate the equipment that traces the presence and movement of those substances in the body, and play an important role in patient safety and quality control. Environment Nuclear medicine technologists work under the direction of physicians in hospitals, diagnostic centers, research facilities, and educational institutions. They are governed by standards set by the Nuclear Regulatory Commission. Prep General college preparation is recommended. Coursework should include three math classes including algebra I, algebra II, and geometry (or a higher level math course for which algebra II is a prerequisite), three science courses including one biological science, one physical science, and one lab course, four English units, and two social studies units. If available, students should take two years of a foreign language. It is recommended that a student be enrolled in a health services endorsement area if available. This is defined as a broad course of study that allows students to explore career opportunities and apply academic knowledge and skills in health services. Academic Nuclear medicine technologists train in their specialty for one year. Prerequisites are a bachelor’s degree with a science major. Training programs generally cover health physics, instrumentation, biochemistry, and other related areas. Programs should be approved by the Committee on Allied Health Education and Accreditation. Certification for graduates can be obtained through the Nuclear Medicine Technology Certification Board or the American Registry of Radiologic Technologists. Earning Potential $56,514.00 - $66,428.00
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