What does a radiologic technologist do?
Radiologic technologists take the images doctors use to see inside the body. Most of their work involves X-rays, which show bones, the chest and some organs. Rad techs also assist with fluoroscopy, a kind of live X-ray used during some procedures.
The job starts with the patient. Techs check the doctor’s order, confirm the patient’s identity, ask about pregnancy when needed, and explain the exam. They position the patient carefully, because the right angle makes the difference between a useful image and one that has to be retaken.
Then the tech sets the equipment, limits the X-ray beam to the area being imaged, and takes the image. They review it for quality and send it to a radiologist, a doctor who reads the images and makes the diagnosis.
Safety is a constant focus. Rad techs follow strict rules to keep radiation doses low for patients, coworkers and themselves.
The job also takes people skills and physical strength. Patients may be in pain, injured or unable to move on their own, so techs must position them gently and quickly. Rad techs often take portable X-rays at the bedside or in the operating room, which means pushing heavy equipment around the hospital. Attention to detail matters, since the right technique gives the radiologist a clear image the first time.
Tools of the job include X-ray machines, portable X-ray units, fluoroscopy equipment, lead shields, positioning aids and imaging software.
Radiologic technologists work in:
- Hospitals, including emergency departments and operating rooms
- Outpatient imaging centers
- Urgent care centers
- Orthopedic and other doctors’ offices
- Mobile imaging companies
A typical day
- Review the day’s orders and check equipment
- Greet patients, explain exams and screen for safety
- Position patients and take X-ray images
- Do portable X-rays at patients’ bedsides or in surgery
- Check image quality and send images to the radiologist
Radiologic technologist pay and job outlook
According to the U.S. Bureau of Labor Statistics, radiologic technologists and technicians earn a median of $80,110 a year, or $38.52 an hour. Techs with advanced credentials in CT, MRI or interventional radiology often earn more.
The BLS counts about 234,200 radiologic technologist and technician jobs. Employment is projected to grow 5% from 2025 to 2035, with about 13,000 openings each year.
Pros
- Strong pay for a two-year degree.
- Many ways to specialize and earn more.
- Jobs in hospitals, clinics and imaging centers everywhere.
- You play an important role in diagnosing patients.
Cons
- Programs are competitive and may have waitlists.
- Lifting and positioning patients is physically demanding.
- Hospital jobs often include nights, weekends and on-call shifts.
- You must follow strict radiation safety rules at all times.
Training options: school is the main path
There is no apprenticeship route to becoming a registered radiologic technologist. ARRT requires an associate degree or higher plus completion of an ARRT-recognized educational program.
Associate degree. The most common path. Programs take about two years and combine classroom courses in anatomy, physics, patient care and radiation safety with many hours of clinical rotations.
Bachelor’s degree. Four-year programs add coursework that can help with management, education or advanced imaging roles later.
Hospital-based certificate programs. Some hospitals run radiography programs. If you do not already have a degree, you will still need to meet ARRT’s degree requirement.
Costs vary widely, from a few thousand dollars at some community colleges to $30,000 or more at private schools.
Limited X-ray operator. Some states license limited-scope operators who take basic X-rays in clinics after shorter training. This is a separate, narrower credential, and it is not the same as becoming a registered technologist.
Certification and licensing by state
Most states require radiologic technologists to be licensed or certified by the state. Many states use the ARRT exam as part of their licensing process. A few states do not license rad techs, but employers there almost always require ARRT certification anyway.
The ARRT radiography credential requires:
- An associate degree or higher
- Completion of an ARRT-recognized radiography program
- Meeting ARRT’s ethics requirements
- Passing the radiography exam
To keep it, you renew every year and complete continuing education credits every two years. Your state license may have its own renewal rules.
Specializations and where they lead
- CT technologist. Uses computed tomography to make cross-section images. A common first specialty.
- MRI technologist. Uses magnets and radio waves, with no ionizing radiation.
- Mammographer. Performs breast imaging, an important part of cancer screening.
- Interventional radiology tech. Assists doctors during image-guided procedures, like placing stents.
- Radiation therapy, nuclear medicine or leadership. With more education, rad techs can move into treatment, nuclear imaging, education or department management.
How to choose a radiologic technology school
The right school prepares you for the ARRT exam and real clinical work. Ask these questions:
- Is the program JRCERT-accredited or otherwise recognized by ARRT? This determines whether you can take the ARRT exam.
- What is your ARRT first-time pass rate? Accredited programs publish this.
- Where are clinical rotations, and how many hours are included? Ask about hospitals, trauma centers and outpatient sites.
- How competitive is admission? Ask about prerequisites, GPA, waitlists and interviews.
- What is the job placement rate? Accredited programs also publish this number.
- What is the total cost? Include books, uniforms, dosimetry badges and exam fees.
- Can I continue into CT or MRI later? Ask whether the school offers advanced imaging courses.
