RADIOLOGIC TECHNOLOGIST

Radiologic Technologists, or radiographers, use X-ray machines and other equipment to create images of the internal structures of the body. Radiologic technologists assist the radiologist in the use of X-ray equipment and the fluoroscopic screen in the diagnostic imaging of such medical problems as broken bones, ulcers, tumors, and other illnesses.

In using the radiographic equipment, the technologist positions the patient on the X-ray machine, determines proper voltage current and exposure time, takes the X-ray, and processes the X-ray film. When providing patient services, radiologic technologists continually strive to provide quality patient care and are particularly concerned with limiting radiation exposure to patients, self and others.

In the use of the fluoroscopic screen (a monitor that can “watch” a patient’s internal organs), the radiographer prepares a contrast medium solution such as barium sulphate, administers it to the patient, positions the patient, and applies the correct radiation exposure. As the solution passes through the patient’s body, the radiologist may watch the screen and detect diseases or injuries in the digestive tract, stomach, or other areas.

HOW DO I BECOME A RADIOLOGIC TECHNOLOGIST?

Recommended high school courses include algebra, geometry, physics, chemistry, biology, and computer science. You can become a radiologic technologist by enrolling in a two-to four-year program in radiography. A high school diploma or its equivalent is needed to enter a program. Hospitals, colleges, medical schools, and vocational/technical schools offer these programs. The four-year programs generally lead to a bachelor’s degree in radiologic technology.

WHAT WILL I LEARN IN RADIOGRAPHY SCHOOL?

The curriculum of an accredited radiography program includes, but is not limited to: introduction to radiography; methods of patient care; radiographic procedures; principles of radiographic exposure; imaging equipment; radiographic film processing; evaluation of radiographs; principles of radiation protection and radiation biology; radiographic pathology; anatomy & physiology; and radiation physics. Clinical education is an integral part of the radiography curriculum.

LIFE AFTER GRADUATION

Graduating from an accredited program and successfully passing a qualifying exam are the requirements for certification as a radiographer. Certification by the American Registry of Radiologic Technologists is a prerequisite for obtaining highly skilled and specialized positions.

HOW DO I BEGIN MY CAREER AS A RADIOLOGIC TECHNOLOGIST?

Students often find work in the hospital where they trained.  Most radiologic technologists work in hospitals, but there are also positions available in clinics, private physician’s offices, the government, industry, public health facilities, laboratories, and in radiographic equipment sales. With further training and experience, registered technologists can become certified in radiation therapy technology or nuclear medicine technology.

PROFESSIONAL INFORMATION SOURCES:

American Society of Radiologic Technologists
15000 Central Ave., SE
Albuquerque, NM 87123-3917
(505) 298-4500
www.asrt.org