Quick answer
A radiology technician (formally a radiologic technologist) operates diagnostic imaging equipment to help physicians identify injuries, diseases, and other medical conditions. Most radiology technicians enter the field with a two-year associate degree and ARRT certification, earning a median salary of approximately $68,420 per year according to the Bureau of Labor Statistics. The role also serves as a direct launchpad into higher-paying imaging specialties—particularly MRI technology, where median pay reaches $88,180 per year.
What radiology technicians actually do
Radiology technicians are the hands-on professionals behind the medical images that drive clinical decisions. On a typical shift, a radiology technician will:
- Position patients for X-rays, fluoroscopy, or portable imaging studies
- Operate and calibrate radiographic equipment based on the exam ordered
- Follow radiation safety protocols to minimize exposure for patients and staff
- Evaluate image quality and reshoot when positioning or technique needs adjustment
- Document procedures and communicate relevant findings to radiologists
Most radiology technicians work in hospitals, outpatient imaging centers, orthopedic clinics, or emergency departments. Shifts often include evenings, weekends, and on-call rotations, especially in acute care settings.
Beyond X-ray: imaging specialties
The term “radiology technician” is frequently used as a catch-all, but the field includes several distinct imaging modalities. General radiologic technologists focus on X-ray and fluoroscopy. From there, technicians can specialize in:
- MRI — magnetic resonance imaging (no ionizing radiation)
- CT — computed tomography
- Mammography — breast imaging
- Interventional radiology — image-guided procedures
- Nuclear medicine — radiotracer-based imaging
Each specialty requires additional training and certification, and each carries a different salary ceiling. MRI is consistently one of the most in-demand and highest-paying of these modalities.
How to become a radiology technician
Step 1: Complete an accredited program
The standard entry point is an associate degree in radiologic technology from a program accredited by JRCERT (Joint Review Committee on Education in Radiologic Technology). These programs typically take about two years and combine classroom instruction with supervised clinical rotations.
Some students pursue a four-year bachelor’s degree in radiologic sciences, which can provide a faster path to management roles or advanced certifications. An associate degree is sufficient to sit for the certification exam and begin practicing.
Step 2: Pass the ARRT certification exam
After completing an accredited program, graduates must pass the ARRT certification exam in Radiography. This is the baseline credential recognized across most states and employers. Holding ARRT(R) also makes you eligible to pursue postprimary certifications in specialties like MRI, CT, or mammography.
Step 3: Obtain state licensure
Most states require radiology technicians to hold a state license in addition to ARRT certification. Requirements vary—some states accept ARRT certification as proof of competency, while others have additional exams or continuing education mandates.
Step 4: Maintain your credentials
ARRT-certified technologists must earn 24 continuing education credits every two years to maintain their certification. There are legitimate ways to do this without spending a fortune—our guide to free radiology CE credits covers where to find ARRT-approved courses at no cost.
Key Takeaway
The full path from enrollment to working as a certified radiology technician takes roughly two to two and a half years: two years for the associate degree plus time for exam preparation and state licensure.
Radiology technician salary and job outlook
The Bureau of Labor Statistics reports a median annual wage of approximately $68,420 for radiologic technologists. Several factors determine where you land on the pay scale:
| Factor | Impact on salary |
|---|---|
| Geographic location | States with higher cost of living or rural shortages tend to pay more |
| Work setting | Outpatient centers and specialty clinics may pay differently than hospitals |
| Shift differential | Evening, night, and weekend shifts typically carry premium pay |
| Advanced certifications | Adding MRI, CT, or other credentials increases earning potential |
| Experience level | Entry-level technicians start lower; experienced techs with multiple credentials earn the most |
The BLS projects steady job growth for imaging professionals through the next decade. An aging population that requires more diagnostic imaging, combined with expanding outpatient care settings, continues to drive demand.
The salary jump from specialization
This is where the career math gets interesting. Radiology technicians who add a specialty credential see meaningful pay increases:
- MRI technologists: $88,180 median (BLS, May 2024)
- CT technologists: Higher than general radiography, varies by region
- Interventional radiology: Among the highest-paid imaging specialties
For technicians looking to maximize earning potential, adding MRI is one of the most direct paths. The combination of higher pay, growing demand, and zero radiation exposure makes it a compelling next step.
When this career path fits (and when it doesn’t)
A radiology technician career is a strong fit if you:
- Want to work in healthcare without the time and cost of a nursing or medical degree
- Prefer a hands-on, patient-facing role over desk work
- Are comfortable with technology and physics fundamentals
- Value clear advancement opportunities into higher-paying specialties
It may not be the best fit if you:
- Need a fully remote position—imaging work is inherently in-person
- Want to avoid shift work entirely—hospital roles often require rotating schedules
- Are uncomfortable working around radiation (though exposure is minimal with proper safety protocols)
How radiology technicians advance into MRI
For many radiology technicians, the logical next career move is specializing in MRI. The reasons are straightforward: higher pay, strong demand, and the opportunity to work with advanced technology without ionizing radiation.
The bridge from radiology to MRI
If you already hold ARRT(R): You can add MRI as a postprimary credential through a structured bridge program. These programs focus on MRI physics, patient safety, cross-sectional anatomy, and clinical hours. Most are designed for working professionals and can be completed in 12 to 18 months while you continue in your current role.
If you are considering MRI without a radiology degree first: Some MRI training programs accept students without prior imaging credentials and prepare them directly for ARMRIT or ARRT(MRI) certification. This can save a year or more compared to completing a general radiology degree and then adding MRI afterward. Programs like those offered in Michigan accept students from diverse educational backgrounds.
Tip
Radiology technicians who already hold ARRT certification have a significant advantage when transitioning to MRI. Your patient care experience, anatomy knowledge, and familiarity with clinical imaging workflows mean the learning curve is concentrated on MRI-specific physics and safety—not everything at once.
Next steps
- Already a radiology technician considering MRI? Read our step-by-step guide on how to go from radiology tech to MRI tech
- Need to maintain your ARRT certification? Find free radiology CE credits accepted by ARRT
- Looking for MRI programs that don’t require a radiology degree? Explore MRI tech programs in Michigan as one example of direct-entry options
Frequently Asked Questions
A radiology technician operates diagnostic imaging equipment—primarily X-ray machines—to produce images that help physicians diagnose injuries and diseases. Daily tasks include positioning patients, calibrating equipment, following radiation safety protocols, evaluating image quality, and coordinating with radiologists. Most radiology technicians work in hospitals, outpatient imaging centers, or emergency departments.
Most radiology technician programs take about two years and result in an associate degree in radiologic technology from a JRCERT-accredited program. After graduating, you must pass the ARRT certification exam in Radiography before practicing in most states. Some students pursue a four-year bachelor's degree, which can accelerate advancement into leadership or specialty roles.
According to the Bureau of Labor Statistics, radiologic technologists earn a median annual salary of approximately $68,420. Pay varies by state, employer type, and shift differential. Technicians who add advanced modalities like MRI or CT earn significantly more—MRI technologists, for example, earn a median of $88,180 per year.
A radiology technician typically operates X-ray and fluoroscopy equipment using ionizing radiation. An MRI technician specializes in magnetic resonance imaging, which uses magnetic fields and radio waves instead of radiation. MRI technicians require additional training and certification beyond a general radiology credential, and they typically earn higher salaries due to the specialized skill set.
Most states require radiologic technicians to hold a license or state-level certification. The most widely recognized credential is ARRT certification in Radiography. Requirements vary by state—some accept ARRT certification as sufficient, while others have additional exams or continuing education mandates. Check with your state health department for specifics.
Yes. Radiology technicians who already hold ARRT certification in Radiography can add MRI through a structured bridge program that focuses on MRI physics, safety, and clinical hours. These programs are designed for working professionals and can typically be completed in 12 to 18 months without leaving your current job.
Radiology technology offers stable employment, competitive pay, and clear advancement opportunities. The Bureau of Labor Statistics projects steady demand for imaging professionals driven by an aging population and expanded use of diagnostic imaging. The career also serves as a direct entry point into higher-paying specialties like MRI, CT, and interventional radiology.