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| General Program Info |
| Our Mission |
| The Faculty |
| The Curriculum |
| Admission Information |
| Admission Criteria |
| About the Department |
| Radiation Therapy Program |
| What is Bridge? |
| Grand Rounds |
Radiologic Technology is a comprehensive term that is applied to the science of administering radiation and other forms of energy, such as ultrasound and magnetism, to provide information for the diagnosis and treatment of diseases and injuries. The AASU Department of Radiologic Sciences offers a baccalaureate in science degree with special emphasis in one of five specific career specialties: radiation therapy technology, radiologic technology, nuclear medicine technology, diagnostic medical sonography, and cardiovascular/interventional science.
Our tracks in radiation therapy and radiography are accredited by the Joint Review Committee on Education in Radiologic Technology; JRCERT (312-704-5300). The nuclear medicine track is accredited by the Joint Review Committee on Educational Programs in Nuclear Medicine Technology JRCNMT (406) 883-0003. Our tracks in sonography and cardiovascular interventional technology are currently seeking accreditation from their professional organizations.
You can learn more about the imaging sciences by visiting The American Society of Radiologic Technologists. Follow this link to their website and the opportunity to download video files related to several of our tracks.
Radiation therapy is an exciting, rewarding and challenging field in which there is a nationwide need for qualified personnel. Radiation Therapists operate sophisticated equipment and communicate with patients who receive daily treatments. They work with physicians to make sure that radiation therapy treatments are efficient, of high quality, recorded accurately, and as pleasant as possible for the patient. Most radiation therapy patients are out-patients who receive radiation therapy treatments five days a week for up to six weeks or more.
Radiography
Radiography is a high-tech, high touch health care profession with significant patient contact utilizing sophisticated computerized equipment. The radiographer uses radiation, magnetism, and computers in the production of medical images. These images aid the physician in the diagnosis of broken bones, ulcers, tumors, diseases, or malfunctions of various organs. In addition, the radiographer is responsible for providing the physical and mental well-being of the patient during the radiographic examination. Advanced level radiographers perform in specialized areas such as: MRI; CT; Cardiovascular intervention where the radiographer assists in the treatment of vascular disease to prevent surgery; Mammography; and Quality Management. Radiography is the traditional path into sonography (ultrasound). There is a nationwide shortage for all types of radiation science practitioners.
Nuclear Medicine
Nuclear Medicine is a specialty in which radioactive pharmaceuticals are used to diagnose or treat disease. The technologist administers small amounts of radioactive pharmaceuticals into the patient. The radiation emitted by the body is detected by specialized equipment which converts the radiation measurements to images. These images contain information about the function of the organ or system in question. Abnormalities may be detected very early in the disease process which allows for earlier treatment regimens.
Sonography
Sonography allows organs, tissues and vessels to be imaged with high frequency sound waves. The technologist uses equipment that emits sound waves into the body. These waves bounce off tissues and send back "echoes" that are converted into images. The most common sonogram is of the fetus, but sonography is also used to image organs and blood vessels.
Cardiovascular/Interventional Science
The Department of Radiologic Sciences is pleased to announce the addition of a new track in Cardiovascular Interventional Science. The new track will prepare individuals for careers in cardiac catheterization departments, electrophysiology laboratories, and angiography departments. This track is designed to prepare the Cardiovascular/ Interventional Specialist to assist in invasive cardiovascular settings. This specialist will also be educated to participatein patient and family education as well as diagnostic and therapeutic procedures that affect the cardiovascular system.
Three local hospitals are providing start up funding for the first three years. Those are: St. Josephs/Candler Health System, Memorial Health Medical University and Southeast Georgia Health System, Brunswick Campus. Upon graduation with the baccalaureate degree individuals will sit for a national board examination. Ms. Esma Campbell is the program coordinator and can provide additional information about the new track. For additional information please call 912-344-2900. This track is unique in that there are less than five such programs in the country.
Upon graduation from Armstrong Atlantic State University, Radiography, Radiation Therapy, and Nuclear Medicine students will be eligible to sit for the national certification examination of the American Registry of Radiologic Technologists (ARRT). Sonography students will be candidates for the national certification examination of the American Registry for Diagnostic Medical Sonographers (ARDMS).
Department of Radiologic Sciences // University Hall //
Armstrong Atlantic State University // 11935 Abercorn Street // Savannah, Georgia 31419