What Can You Do With an Associate Degree in Radiologic Technology?

An associate degree in radiologic technology teaches you how to take medical images and work with patients. These images help doctors identify injuries, spot abnormal tissue, follow a disease over time, or confirm a diagnosis. Depending on the program and the clinical rotations you complete, you may learn about X-rays, CTs, MRIs, or other types of imaging.

You'll work closely with radiologists, who read the images, but you'll also communicate with nurses, technologists from other specialties, and physicians ordering the exams. The degree gives you the foundation of knowledge in the diagnostic imaging field.

Common Job Titles in Radiologic Technology

Graduates with an associate degree in radiologic technology may pursue several specialized imaging roles. In each role, they operate specific imaging equipment and perform diagnostic procedures across different healthcare settings.

Radiologic Technologist / Radiographer (X-ray Tech)

Radiologic technologists produce high-quality images of patients' internal organs that help diagnose medical issues. These scans help doctors to locate broken bones, tumors, or foreign objects.

The technologists help position patients, explain the procedure, adjust the machine, and look for image clarity. They often work in hospitals, urgent care centers, outpatient clinics, and diagnostic labs. The environment is often steady and patient-focused, with a combination of routine exams and occasional urgent cases.

CT Technologist

Computed Tomography Scan (CT) technologists run the CT scanner and line up the images doctors need for things like head injuries, chest pain, internal bleeding, or abdominal problems. They usually work at imaging centers or hospitals. They help patients position their bodies so the scanner catches the right area and set up contrast when the exam requires. During the scan, they watch the images as they load and repeat a section if something looks off or blurry.

The pace can change quickly. A CT technologist may be doing a regular outpatient scan, and a moment later, they're called to help with an emergency patient who needs imaging right away.

MRI Technologist

MRI technologists capture detailed pictures of soft tissues, including the brain, spine, joints, and organs, using MRI scanners. They usually find work in healthcare facilities, with 59% working in hospitals with consistent appointments and emergency imaging cases to address [1]. They help patients get into the proper position and make sure they stay still so images don't blur. They work with radiologists to capture the exact views needed to check for injuries, neurological issues, or other medical concerns. Employment in MRI roles typically requires additional certification or training beyond the associate degree.

Mammography Technologist

Mammography technologists check breast tissue for early signs of cancer. They tell the patient what the exam will be like, help them stand or position themselves correctly, and make sure the breast is placed correctly in the machine. They watch the scan as it's happening and adjust settings when needed. They often work in hospitals, radiology, and breast cancer clinics. Additional certification is commonly required for mammography positions.

Bone Densitometry Technologist

Bone densitometry technologists work with Dual-Energy X-ray Absorptiometry (DXA) machines to check a patient's bone density. They usually work in clinics or hospital imaging areas. Most of their day is spent doing bone density scans and helping patients into the right position. They make sure the patient is comfortable before the scan starts. When the test is done, they note the results so the doctor can check for osteoporosis or fracture risk. Some positions may require specialized certification.

Interventional Radiography Technologist

Interventional radiology technologists help physicians with minimally invasive procedures that guide instruments through a patient's blood vessels and organs. Procedures include angioplasty, biopsies, image-guided thermal ablation, stenting, and thrombolysis.

They set up sterile equipment trays, position patients correctly, help operate fluoroscopic equipment, and capture images. They administer contrast dye that allows providers to visualize vessels. Most use a C-arm machine that uses fluoroscopy to provide images for physicians. They transfer and archive images captured after the procedure. They also explain procedures and radiation risks to patients, and monitor vitals. These roles often require advanced training or certification beyond entry-level education.

Vascular or Cardiac Imaging Roles

Vascular technologists are essential members of teams that focus on vascular health. They perform ultrasounds and other tests, often aiming to detect clots or blockages of arteries and veins. Through targeted ultrasound testing, they can also reveal narrowing vessels, reductions in blood flow, or tumors. Entry into vascular or cardiac imaging roles may require additional education, certification, or clinical experience.

Imaging Roles and Their Responsibilities

Radiologic technologists perform X-rays and other diagnostic imaging examinations on patients. They adjust and maintain imaging equipment, capture images per the physician's orders, and prepare patients for procedures, including taking a medical history and shielding exposed areas.

They are trained in the use of different types of medical diagnostic equipment and may specialize in X-ray, mammography, or computed tomography imaging. MRI technologists inject patients with contrast media, such as a dye, so images will show up on the scanner. The scanners use magnetic fields in combination with the contrast agent to produce images physicians can use to diagnose medical problems.

Some imaging roles require additional certification specific to that imaging modality. Requirements for certain positions may vary by employer or state.

Work Settings for Radiologic Technologists

Radiologic technologists work in diverse healthcare environments. Each setting offers different patient populations, imaging procedures, and work schedules. The work environment usually determines the pace and variety of imaging procedures performed daily.

Hospitals

Hospital imaging departments tend to be high-volume, fast-paced, and constantly in motion. Technologists likely rotate through general X-ray, portable imaging, and may cross-train in specialties like CT, MRI, or interventional radiology. Working both scheduled and emergency cases means schedules could include evenings, weekends, and on-call shifts.

Outpatient Imaging Centers

Outpatient imaging centers offer scheduled exams such as X-rays, CT scans, MRIs, mammograms, or DEXA. They usually handle a few emergency cases. They operate during standard weekday hours, which makes them ideal for those looking to avoid shift work or long hospital rotations.

Physician Offices and Specialty Clinics

Technologists in physician offices perform imaging processes to support doctors in the diagnosis and treatment of patients. Some offices specialize in one area of medicine, such as obstetrics, so the technologist needs experience using equipment associated with that specialty. They may also perform duties outside their immediate job description, depending on facility size and number of employees.

Diagnostic Laboratories

Technologists in diagnostic labs see many types of patients, from young adults to older adults who need routine checks or follow-up exams. The imaging helps doctors get quick answers. The pace is steady, and patient flow moves quickly, so technologists stay focused on good positioning, clear images, and keeping each visit smooth.

Mobile Imaging Providers

Mobile imaging teams work outside hospital or clinic walls, bringing services directly to nursing homes, homebound patients, or rural communities. Technologists on mobile teams handle setup, scanning, and sometimes even patient documentation on their own.

Public Health or Government Facilities

Technologists in public health or government facilities see a wide mix of patients, including low-income families, seniors, and rural residents. Imaging includes X-rays, chest exams, or mobile screening scans. The pace is steady and community-focused, with frequent walk-ins.

Certification and Licensing Requirements

Completing an associate degree program is the most common way to meet radiologic technologist educational requirements. Some states require students to graduate from a program accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). Programmatic accreditation varies by campus. Not all Radiologic Technology programs are JRCERT-accredited. Accreditation status may affect certification and employment requirements. Students can complete the JCERT-accredited training program at Concorde Career College Denver and Concorde Career College Memphis in as little as 20 months.

The education program is designed to prepare students for entry-level positions in various healthcare settings. Education covers topics such as anatomy, physiology, medical terminology, patient positioning, radiologic equipment, radiation protection, and image evaluation.

The American Registry of Radiologic Technologists (ARRT) offers radiologic technologist certification [2]. Upon successful completion of a training program, graduates may be eligible to sit for the ARRT exam. Passing this exam and getting your ARRT certification is often required for employment in many states. Some states might require applicants to apply for permits or a license to operate imaging units.

Employment Outlook in Diagnostic Imaging

The Bureau of Labor Statistics projects that employment for radiologic and MRI technologists will increase by 5% between 2024 and 2034, which is faster than the increase anticipated for all occupations in the United States[3]. About 15,400 openings for radiologic and MRI technologists are projected each year, on average, over the decade. The growing size of the older population and the rising number of chronic issues impact demand for healthcare services.

Get a Versatile Associate Degree in Radiologic Technology

An Associate Degree in Radiologic Technology can prepare you for numerous job opportunities in a faster-than-average growing healthcare career. Radiologic technologists play a key role in the healthcare system, providing the critical information that physicians need to diagnose and treat illnesses and injuries. If you're interested in technology, patient care, and the medical field, this career may offer the perfect fit.

Completion of the program does not guarantee employment, certification, or licensure. Employment opportunities and career outcomes depend on factors such as individual qualifications, additional certifications, geographic location, and employer requirements.

Footnotes:

1. Radiologic and MRI Technologists : Occupational Outlook Handbook: : U.S. Bureau of Labor Statistics. (2019). In Bls.gov. https://www.bls.gov/ooh/healthcare/radiologic-technologists.htm#tab-3 
2. ARRT. (n.d.). ARRT Certification and Registration - ARRT. In www.arrt.org. Retrieved August 9, 2026, from https://www.arrt.org/pages/about-the-profession/arrt-certification-and-registration 
3. Radiologic and MRI Technologists : Occupational Outlook Handbook: : U.S. Bureau of Labor Statistics. (2022). In www.bls.gov. https://www.bls.gov/ooh/healthcare/radiologic-technologists.htm#tab-6