Quick answer
X-ray tech school is a two-year program that trains you to operate radiographic imaging equipment and produce diagnostic images for physicians. Most programs award an associate degree, require clinical rotations at a hospital or imaging center, and prepare you to sit for the ARRT certification exam in Radiography. Total cost ranges from about $10,000 at a community college to $75,000 or more at a private institution.
If you’re exploring medical imaging as a career, X-ray (radiography) is one of several pathways in — but it is not the only one.
Who X-ray tech school is for
X-ray tech school is a strong fit if you want broad exposure to diagnostic imaging. Radiography is the most common entry point into the field, and it gives you a foundation that can lead to specializations in CT, fluoroscopy, mammography, or other modalities.
This path makes sense if you:
- Want a general diagnostic imaging credential that’s recognized everywhere
- Plan to work in emergency departments, urgent care, or orthopedic clinics where X-ray is the primary modality
- Want to add specialty certifications later (CT, MRI, mammography) through post-primary ARRT pathways
- Prefer a structured two-year associate degree program
This path may not be the best fit if you:
- Already know you want to specialize in MRI — a direct-entry MRI program can get you there without completing radiography first
- Need a shorter timeline — some MRI-specific programs run 12 to 18 months versus the standard two-year radiography track
- Want to avoid working with ionizing radiation — MRI uses magnetic fields instead
What you learn in X-ray tech school
Accredited radiography programs cover a standard set of competencies required by the JRCERT (Joint Review Committee on Education in Radiologic Technology). Coursework typically breaks down into three areas:
Classroom instruction
- Anatomy and physiology — you’ll need to know skeletal, muscular, and organ systems well enough to position patients correctly for each exam
- Radiation physics — how X-rays are produced, how they interact with tissue, and how image quality is affected by technical factors
- Patient care and safety — radiation protection principles, contrast media administration, patient communication, and infection control
- Image evaluation — learning to assess whether a radiograph has diagnostic quality or needs to be repeated
Clinical rotations
Clinical hours make up roughly half of most programs. You’ll rotate through departments at hospitals and outpatient imaging centers, performing exams on real patients under the supervision of a registered technologist. Common rotation areas include general radiography, fluoroscopy, surgical/portable imaging, and emergency radiology.
Certification prep
Most programs build ARRT exam preparation into the final semester. The ARRT Radiography exam covers five content areas: patient care, safety, image production, procedures, and equipment operation.
How much X-ray tech school costs
Program costs depend almost entirely on institution type:
| Program type | Typical total tuition | Timeline |
|---|---|---|
| Community college | $10,000–$25,000 | 2 years |
| State university | $20,000–$45,000 | 2–4 years |
| Private/for-profit school | $30,000–$75,000+ | 2 years |
Tuition is only part of the picture. Budget for textbooks ($500–$1,500), scrubs and supplies, background checks and drug screens, ARRT exam fees (currently $225), and state licensure fees. Transportation to clinical sites is another cost that catches students off guard — your assigned clinical location may not be close to home.
If you’re weighing the cost of medical imaging programs more broadly, our breakdown of MRI tech school costs covers the same hidden-cost categories and may help you compare.
X-ray tech school vs. MRI tech school
This is where most prospective students get stuck. The two careers are both in medical imaging, but the training, technology, and job markets are different.
| Factor | X-ray (Radiography) | MRI |
|---|---|---|
| Primary technology | Ionizing radiation | Magnetic fields and radio waves |
| Typical program length | 2 years | 12–24 months (direct-entry) |
| Standard credential | ARRT (R) | ARRT (MR) or ARMRIT |
| Median salary | ~$65,000–$70,000 | ~$80,000–$90,000 |
| Job growth outlook | Stable | Strong demand due to expanded MRI utilization |
| Entry requirement | High school diploma + program admission | High school diploma + program admission |
A common misconception is that you must complete X-ray school before you can work in MRI. That was more true 15 to 20 years ago, but direct-entry MRI programs now train students specifically in MRI without requiring a radiography background. The ARMRIT certification was created specifically for this pathway.
If you’re deciding between the two, the honest answer is: it depends on what you want to do day-to-day. Radiography gives you breadth across imaging types. MRI gives you depth in a single, high-demand modality with higher average compensation.
How to choose the right X-ray tech school
Not all programs are equal. Here’s what to evaluate:
Accreditation is non-negotiable
The program must be accredited by JRCERT. Without JRCERT accreditation, you cannot sit for the ARRT exam, and without ARRT certification, most employers will not hire you. Check the JRCERT directory before applying.
Look at pass rates and completion rates
Accredited programs are required to publish their ARRT exam pass rates, program completion rates, and job placement rates. A program with a first-attempt pass rate below 75% is a red flag. Strong programs typically exceed 85%.
Evaluate clinical placement quality
Where you do your clinical rotations matters. Programs that place students at high-volume trauma centers or multi-modality imaging departments tend to produce more confident, job-ready graduates. Ask programs how they assign clinical sites and whether you’ll rotate through multiple facilities.
Understand the total cost, not just tuition
Ask about fees, required equipment purchases, and whether clinical sites are within reasonable commuting distance. A program with lower tuition but clinical sites 90 minutes away may cost you more in gas and time than a slightly more expensive program closer to home.
Career outlook after X-ray tech school
Radiologic technologists are in steady demand. The Bureau of Labor Statistics projects stable job growth for the field, driven by an aging population that needs more diagnostic imaging.
Once you’re certified in radiography, you can add post-primary certifications in:
- CT (Computed Tomography) — the most common add-on, often available through on-the-job training plus an ARRT exam
- MRI (Magnetic Resonance Imaging) — requires additional training but opens access to higher-paying positions
- Mammography — specialized breast imaging, strong demand in outpatient settings
- Fluoroscopy — real-time imaging used in surgical and GI procedures
Each additional certification typically comes with a salary increase.
If you’re not sure X-ray is the right starting point
Not everyone needs to start with X-ray. If you already know MRI is where you want to end up, starting with a two-year radiography program and then adding MRI training afterward means three or more years of school before you’re working in the modality you actually want.
A direct-entry MRI program gets you into MRI in 12 to 18 months. You can enter with just a high school diploma — no prior healthcare experience or college degree required.
That said, if you value the flexibility of a general imaging credential and want the option to move between modalities throughout your career, X-ray is a solid foundation.
Next steps
- Decided on X-ray? Search the JRCERT program directory for accredited radiography programs in your state.
- Considering MRI instead? Read our guide on becoming an MRI tech without X-ray certification to understand the direct-entry pathway.
- Comparing costs? See our full cost breakdown for MRI tech school to compare against radiography program pricing.
- Starting from scratch? Learn how to become an MRI tech with just a high school diploma.
Frequently Asked Questions
Most X-ray tech programs take about two years to complete and award an associate degree. Certificate-only programs can run 12 to 24 months, while a bachelor's degree in radiologic technology takes four years. Clinical rotations are included in all accredited programs regardless of length.
Tuition ranges widely. Community college programs typically cost $10,000 to $25,000 total. Private and university-based programs can run $30,000 to $75,000 or more. Additional costs include textbooks, scrubs, background checks, certification exam fees, and transportation to clinical sites.
Most employers require ARRT (American Registry of Radiologic Technologists) certification in Radiography. To qualify, you must graduate from a JRCERT-accredited program and pass the ARRT certification exam. Most states also require a state license, which typically requires ARRT certification as a prerequisite.
Some programs offer didactic coursework online, but clinical rotations must be completed in person at a healthcare facility. Fully online X-ray tech programs do not exist because hands-on training with imaging equipment and real patients is a mandatory part of accreditation requirements.
X-ray techs use ionizing radiation to produce images of bones and dense structures. MRI techs use magnetic fields and radio waves to image soft tissue, organs, and the brain. The two modalities require different training, different safety protocols, and different certification exams. You do not need X-ray certification to become an MRI tech if you pursue an MRI-specific program.
No. While many MRI techs historically started in X-ray, direct-entry MRI programs now allow you to train specifically in MRI without completing a radiography program first. The ARMRIT certification pathway exists specifically for MRI techs who did not go through X-ray training.
According to the Bureau of Labor Statistics, the median annual salary for radiologic technologists is approximately $65,000 to $70,000. Salaries vary by state, employer, and experience level. Techs who add specialty certifications in CT, MRI, or mammography typically earn more.
X-ray tech programs include coursework in anatomy, patient positioning, radiation physics, and imaging procedures. Students who struggled with science in high school may find the material challenging, but programs are designed for students at the associate-degree level. The clinical component, where you work with real patients under supervision, is often the most demanding but also the most valuable part of training.