Masters Degree in Radiologic Technology: Program Overview

Jan 02, 2019

Students who are interested in the medical applications of technology may consider a master's degree in radiologic technology. Learn more about coursework, program options, application requirements, and opportunities for graduates.

Essential Information

In master's degree programs in radiologic technology, students receive advanced training in the study of anatomy and medical technology. Specialization options include radiologic education, radiologic assisting and radiologic administration. In addition to theoretical coursework in chemistry, biology, and mathematics, many courses are conducted in clinical environments with real patients, where students gain hands-on experience with medical machines. Prior to graduation, students must submit a thesis or a final research project.

In order to apply, students must hold a bachelor's degree in a related field, with undergraduate coursework in statistics and research methodologies. Other application requirements include GRE scores and a personal interview. Some schools also want students to have previous work experience, and many accommodate working students by offering programs that can be completed almost entirely online, requiring only a few visits to campus.


Master's Degree in Radiologic Technology

In order to graduate, students need to complete 36 to 56 credit hours of coursework, depending on their specialization. Possible courses include:

  • Management techniques in radiologic administration
  • Patient interactions
  • Modern trends in radiologic science
  • Radiology practicum
  • Clinical preceptorship

Popular Career Options

A master's degree in radiologic technology can prepare students for a variety of positions in the healthcare field. Possible job titles include:

  • Radiologic technologist
  • Imaging specialist
  • Sonography technologist
  • Lab assistant
  • Chemotherapy specialist

Continuing Education Information

After earning a master's degree in radiologic technology, students might consider an additional graduate or professional degree. For instance, a Master's of Business Administration degree can lead to executive positions with medical service and technology companies. Another option is a doctoral degree in a related field, such as medical physics or biology, which can lead to an academic job as an educator in a radiologic technology program.

By earning a master's degree in radiologic technologies, students gain the theoretical and practical training they need for advanced careers in the healthcare industry or further education in related fields.

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