Radiologic Technologist Career Overview

Also called radiographers, radiologic technologists capture images of patients to assist physicians in diagnosing illnesses and injuries. These professionals use radiation to perform diagnostic imaging tests, unlike MRI technologists, who specialize in magnetic resonance imaging diagnostics. Radiologic technologists may specialize in areas like computed tomography (CT) imaging or mammography.

Most radiologic technologist jobs require an associate degree. Prospective radiologic technology students should look for programs with accreditation through the Joint Review Committee on Education in Radiologic Technology (JRCERT). Students may need to complete an accredited program to qualify for certification or licensure, which most states require. While requirements vary by state, the American Registry of Radiologic Technologists (ARRT) awards certification in many specializations.

Radiologic technologists assist physicians in performing diagnostic imaging tests, including X-rays, CT scans, and mammograms, using a radiation-based photographic process. Radiologic technologists may help diagnose issues such as broken bones, soft-tissue damage, and abnormal growths.

Some radiologic technologists specialize in a type of diagnostic imaging, such as CT scans, computed axial tomography (CAT) scans, or mammograms. CT and CAT scan specialists may require patients to drink a formula that enables physicians to see soft tissue and organs on the final image. Radiologic technologists who specialize in mammograms focus on performing comprehensive diagnostic imaging tests of breasts, looking for soft tissue abnormalities, such as tumors.

Roughly 60% of radiologic technologists work in state, local, and private hospitals. The next-highest concentration of radiologic technologists work in physicians’ offices, with the remainder of these professionals working in medical and diagnostic labs, outpatient care centers, and the federal government. Radiologic technologists need technical skills to operate and maintain the complex machinery used in diagnostic imaging, as well as soft skills to ensure patients’ comfort throughout the procedure.

Radiologic technologists and radiation therapists both need at least an associate degree to enter the field, and both types of professionals rely on radiation technology to do their job. However, radiologic technologists capture radiologic images of patients for diagnostic purposes, while radiation therapists provide radiation therapy to patients with a diagnosis such as cancer.

Both MRI technologists and radiologic technologists need at least an associate degree, and both types of professionals create diagnostic images of patients’ internal organs, muscles, bones, and soft tissue.

MRI technologists do not need a license to practice in most states, and they use magnetic resonance technology to create images. In contrast, most states require radiologic technologists to hold certification or licensure, and they use radiation, rather than magnetic resonance, to take diagnostic images.

Students considering a career as a radiologic technologist should pursue a degree or certificate through a program accredited by JRCERT. Programmatic accreditation through an organization like JRCERT enhances employment opportunities and often helps students earn credentials in less time than a program without accreditation. Students often specialize in an area of radiologic technology, leading to roles like registered radiologic technologist, CT scanner operator, or x-ray technician.

Most states require professional radiologic technologists to earn licensure or certification through ARRT. AART offers primary certification in radiography as well as in specialties like computed tomography and mammography. Some radiologic technologists may receive on-the-job training to gain experience while pursuing certification or licensure to practice in their state.

Most states require radiologic technologists to hold certification through ARRT. Candidates can pursue credentials in one of 13 specialties, including registered radiologist assistant, radiography, and computed tomography. Though state requirements vary, most employers prefer, if not require, radiologic technologists to hold licensure or certification.

To earn certification, candidates must hold an accredited associate degree, complete a training program in didactic coursework and clinical experience, and pass a national exam. Radiologic technologists must meet annual continuing education requirements through the American Society of Radiologic Technologists to maintain their credentials.