UNC Hospitals School of Nuclear Medicine Technology and Molecular Imaging

The UNC Hospitals School of Nuclear Medicine Technology is a one-year, educational program in the theory and practical application of Nuclear Medicine Technology. Students completing the program will earn a certificate qualifying them to take one or both of the national certification boards in Nuclear Medicine Technology.

What is Nuclear Medicine?

Nuclear medicine is a specialized field of medical imaging that uses radioactive materials (radiopharmaceuticals) to diagnose and treat various diseases, including cancer, heart disease, and certain brain disorders. In diagnostic nuclear medicine, small amounts of radioactive substances are introduced into the body—usually through injection, ingestion, or inhalation. These substances emit gamma rays, which can be detected by specialized cameras to create images of the body's internal structures and functions.

How to Enroll

Application forms are available on request from Wes Kaczmarek, Program Director, UNCH School of Nuclear Medicine Technology, Radiology Administration, 101 Manning Drive, Chapel Hill, N.C., 27514. Completed applications must be submitted no later than MARCH 1 preceding fall (August) enrollment. Specific information required for a complete application includes:

  • Official transcript from high school (if less than ten (10) years since graduation)
  • Official transcripts of all academic work, college, or other academic institutions attended
  • As appropriate, official transcripts from the Radiologic Science Program attended
  • Three personal references using UNCH NMT Program official reference forms
  • Additional information as requested by program admissions

A personal interview and visit to the Nuclear Medicine facility is normally a required part of the application process. April 1 will be our target date for returning admissions committee decisions.

A maximum of eight students may be admitted into the program each year. This may vary, as program needs change. Orientation will usually take place during the first week of September and classes and clinicals will begin immediately following.

Program Description and FAQs

Qualifications & Requirements

To be eligible for admission into the UNC Hospitals School of Nuclear Medicine Technology and Molecular Imaging, you must meet the following requirements:

Prerequisites:

Chemistry with Laboratory, Human Anatomy and Physiology with Laboratory (1&2), College Algebra, General Physics, Medical Terminology & Written Communication. Credit is given for post-secondary courses graded a “C” or better.

Degree:

All applicants must have a degree before beginning the program. The program will accept associate and bachelor’s degrees or higher applicants. For an associate degree, the degree must be in a healthcare-related field such as Imaging Sciences, Respiratory, Occupational or Physical Therapy, or Nursing. If a bachelor’s degree is desired, the degree must be in natural or physical science.

  • Degrees earned in the United States must be from an institution accredited by one of the major accrediting bodies approved by the U.S. Department of Education.
  • We cannot accept any international degrees earned outside of the U.S.

Application and Reference Forms

Please mail all application materials directly to Wes Kaczmarek, attention: Radiology Administration, 101 Manning Drive, Suite 2084, Chapel Hill, NC 27514.

Why Enroll?

Nuclear medicine plays a crucial role in providing valuable insights into physiological processes, aiding in accurate diagnosis, and guiding treatment decisions while ensuring patient safety through controlled and minimized exposure to radiation.
Enrolling in a nuclear medicine program can offer numerous benefits and opportunities, especially if you are interested in healthcare and medical technology. Here are several reasons to consider:

  • Career Opportunities: Nuclear medicine technologists are in demand in hospitals, clinics, and diagnostic imaging centers. A degree in this field can lead to stable employment and a rewarding career.
  • Impact on Patient Care: Nuclear medicine plays a crucial role in diagnosing and treating various diseases, including cancer and heart conditions. By becoming a nuclear medicine professional, you can directly contribute to improving patients' lives and health outcomes.
  • Advancements in Technology: Nuclear medicine is a dynamic field that incorporates cutting-edge technology, such as PET and SPECT imaging. Enrolling in a program can provide you with training on the latest equipment and techniques, keeping you at the forefront of medical advancements.
  • Interdisciplinary Collaboration: You'll have the opportunity to work with a variety of healthcare professionals, including physicians, radiologists, and pharmacists. This team-oriented environment can enhance your professional experience and offer diverse perspectives on patient care.
  • Specialization Options: Nuclear medicine offers various specializations, such as radioisotope therapy or molecular imaging. You can tailor your career to match your interests and strengths.
  • High Earning Potential: Professionals in nuclear medicine often earn competitive salaries. As you gain experience and potentially specialize, your earning potential can increase.
  • Continuing Education and Professional Growth: The field of nuclear medicine is constantly evolving, which means there are ongoing opportunities for education and professional development. You can pursue additional certifications and specialties to advance your career further.
  • Job Satisfaction: Many professionals in the field report high levels of job satisfaction due to the meaningful work, daily challenges, and the opportunity to help patients.
  • Global Opportunities: Nuclear medicine skills are needed worldwide, providing opportunities for international work and travel if that interests you.
  • Contribution to Research: In addition to clinical roles, a background in nuclear medicine may allow you to participate in research that advances the field, including the development of new imaging techniques and treatments.

Statement on Equity and Inclusion

The School of Nuclear Medicine and Molecular Imaging believes a diverse, inclusive, and culturally sensitive learning environment for students is essential to fulfilling our mission. We commit to valuing the diversity of all those we serve including diversity in race, ethnicity, gender identity, age, gender expression, sexual orientation, religious beliefs, and life experiences.