Choosing where to train as a radiologic technologist shapes your entire career. You'll invest months or years, thousands of dollars, and countless clinical hours—so picking the right program matters. Whether you're eyeing a certificate in x-ray imaging or a full MRI tech degree, understanding what separates a strong program from a weak one saves time, money, and frustration down the road.

What Does X Ray Tech Training Include?

X-ray tech programs blend classroom theory with hands-on clinical practice. You'll study anatomy, patient positioning, radiation physics, and safety protocols. Most programs also cover medical ethics, patient communication, and image quality assessment. The goal? Preparing you to operate radiographic equipment safely and produce diagnostic-quality images physicians can actually use.

Clinical hours form the backbone of your training. Expect to spend 400 to 1,000 hours in real healthcare settings—hospitals, outpatient clinics, urgent care centers—working under licensed technologists. You'll position patients, adjust equipment settings, and learn to handle everything from routine chest X-rays to complex orthopedic studies. This isn't optional. Accredited programs require documented clinical competencies before you graduate.

Certificate programs typically run 12 to 18 months and focus exclusively on x-ray imaging. They're faster and cheaper but offer less flexibility if you later want to specialize. Associate degree programs take two years and include general education courses—biology, communication, math—that give you a broader foundation and better transfer options if you pursue advanced credentials later.

Both paths prepare you for the American Registry of Radiologic Technologists (ARRT) certification exam, which most states require for licensure. Your program's pass rate on that exam tells you a lot. Anything below 85% is a red flag. Top programs consistently hit 95% or higher.

One common mistake? Assuming all "x-ray tech" programs are identical. Some focus heavily on digital imaging technologies and PACS systems; others still emphasize film-based techniques that are largely obsolete. Ask about the equipment you'll train on. If the lab looks like it hasn't been updated since 2010, keep looking.

Types of Radiology Tech Programs Available

Radiology encompasses multiple specialties. X-ray technologists form the largest group, but MRI techs, CT techs, and nuclear medicine technologists all fall under the radiologic sciences umbrella. Understanding the distinctions helps you choose the right starting point.

X Ray Technician Training Programs

These programs teach general radiography—the foundational skill set for the field. You'll learn to image bones, organs, and soft tissues using ionizing radiation. Most entry-level rad tech jobs require this baseline credential. Programs vary in length and depth, but all accredited options must meet Joint Review Committee on Education in Radiologic Technology (JRCERT) standards.

Certificate programs work well if you already hold a degree in another field or need to enter the workforce quickly. They strip away general education requirements and concentrate purely on radiographic technique. You'll still complete the same clinical competencies as degree students, just on a compressed timeline.

Associate degrees offer more breathing room. The two-year format lets you build study skills, adjust to the rigor of healthcare education, and explore related fields like sonography or radiation therapy before fully committing. Many employers prefer associate-prepared techs for supervisory or specialty roles, even though both credentials lead to the same initial certification.

MRI Tech Degree and Certificate Options

MRI technologist programs take a different approach. Magnetic resonance imaging uses powerful magnets and radio waves—no ionizing radiation—to create detailed cross-sectional images. The physics differs completely from x-ray, and so does the training.

Most MRI programs require you to already be a certified radiologic technologist or hold credentials in a related field like nuclear medicine or sonography. You'll then complete 12 to 18 months of MRI-specific coursework and clinical rotations. Some schools offer direct-entry MRI programs that start from scratch, but these are less common and often longer.

The pattern I see most often is students starting in general radiography, working a year or two, then specializing in MRI or CT. This path gives you broader job options and a better understanding of how different modalities complement each other. But if you're certain MRI is your destination, a direct-entry program saves time.

Program Requirements and Admission Process

Getting into an x-ray tech school isn't as simple as filling out an application. Most programs have competitive admissions, especially those affiliated with major hospital systems or well-regarded community colleges.

Prerequisites typically include high school or college-level biology, anatomy, and math (algebra at minimum). Some programs want chemistry or physics as well. If you're applying straight from high school, a GPA of 3.0 or higher keeps most doors open. Non-traditional students with work experience may get some flexibility here, but you'll still need to demonstrate academic readiness.

Background checks and drug screenings are standard. Clinical sites won't accept students with certain criminal convictions, particularly those involving violence, theft, or drug offenses. This varies by state and facility, but it's something to address early if you have concerns about your record.

Application timelines matter more than you'd think. Many programs admit cohorts just once a year, often starting in late summer or early fall. Miss that window, and you're waiting another 12 months. Some larger schools offer spring or rolling admissions, but those are the exception.

Accreditation is non-negotiable. Only graduates of JRCERT-accredited programs can sit for the ARRT exam. Without ARRT certification, you can't work as a radiologic technologist in most states. Before you submit a single application, verify the program's accreditation status on the JRCERT website. Don't rely on what the school tells you—check for yourself.

How Much Does Xray Tech School Cost?

Tuition for x-ray tech programs ranges from around $3,000 to $25,000 for the entire program, depending on whether you attend a public community college, a private university, or a hospital-based program. Community colleges offer the best value for most students—expect $5,000 to $10,000 for an associate degree if you're an in-state resident. Out-of-state rates can double or triple that.

Certificate programs cost less in absolute terms—often $3,000 to $8,000—but remember you're getting less education. If you ever want to pursue a bachelor's degree or move into management, those missing general education credits will cost you later.

Tuition is just the starting point. Budget for textbooks ($500 to $800), uniforms and dosimetry badges ($200 to $400), liability insurance ($100 annually), background checks and drug screens ($100 to $200), and transportation to clinical sites. If your program requires specific vaccinations or health screenings, add another $300 to $500.

The ARRT certification exam itself costs $200. Some states require separate licensure with additional fees ranging from $50 to $200. Factor in a few hundred dollars for exam prep materials—review courses, practice tests, study guides.

Financial aid is widely available. Federal Pell Grants, subsidized loans, and work-study programs all apply to accredited radiologic technology programs. Many hospitals offer tuition reimbursement or scholarships in exchange for a work commitment after graduation. Don't skip the FAFSA just because you assume you won't qualify.

One hidden cost that surprises people: childcare during clinical rotations. You can't bring kids to a hospital, and clinical shifts often run early mornings, evenings, or weekends. If you're a parent, plan for this.

How Long Does It Take to Become an Xray Technician?

Timeline depends entirely on which path you choose. Certificate programs run 12 to 18 months if you attend full-time. You'll be in class or clinical most weekdays, with little room for part-time work. It's intense, but you're employable within two years from your start date.

Associate degree programs take two years full-time—four semesters of coursework plus summers for clinical hours in some cases. Part-time options exist but stretch the timeline to three or four years. The simpler option usually wins here: if you can afford to go full-time, do it. The faster you finish, the sooner you start earning a tech's salary instead of paying tuition.

Bachelor's degrees in radiologic sciences take four years and open doors to management, education, or advanced practice roles. Most working techs don't pursue a bachelor's until after they've been in the field a few years. You can often complete these programs online while working full-time, which makes the extended timeline more manageable.

After graduation, you'll sit for the ARRT exam. Most people take it within a month or two of finishing their program, while the material is still fresh. Pass rates are high—around 90% nationally—if you've attended a solid program and put in reasonable study time.

State licensure adds another few weeks. Some states issue licenses quickly once you submit your ARRT certification; others require additional paperwork, fingerprinting, or jurisprudence exams. Factor in one to three months between graduation and your first day of work, though some students line up jobs before they even take their boards.

Choosing Between X Ray and MRI Tech Programs

Both careers offer stability, decent pay, and the satisfaction of helping diagnose medical conditions. But the day-to-day work differs more than you might expect.

X-ray techs see higher patient volume. You'll perform dozens of exams per shift—chest films, extremity studies, abdominal series—often moving quickly from one patient to the next. The work is physically demanding. You'll help lift and position patients, push portable equipment through hospital corridors, and spend most of your shift on your feet. It's fast-paced and varied. You rarely do the same thing twice.

MRI techs spend more time with each patient. A typical brain MRI takes 30 to 45 minutes; some complex studies run over an hour. You'll need patience and strong communication skills because patients often feel anxious in the scanner. The work is less physically strenuous but requires intense attention to detail. Positioning errors or motion artifacts can ruin a study, wasting time and resources.

Salary differences exist but aren't dramatic. X-ray techs earn a median of around $68,000 annually in 2026. MRI techs average closer to $82,000, reflecting the advanced training and typically more complex studies. Both fields offer overtime opportunities and shift differentials that can boost your take-home significantly.

Job demand favors x-ray techs in terms of sheer numbers—there are simply more positions available because X-ray is the most common imaging modality. But MRI techs enjoy strong demand too, especially in urban areas with multiple hospitals and imaging centers. Either credential gives you solid employment prospects.

Work environment plays a bigger role than most people realize. X-ray techs work everywhere—hospitals, clinics, urgent care, orthopedic offices, even mobile units and sports medicine facilities. MRI techs typically work in hospitals or dedicated imaging centers because MRI machines are expensive and require specialized infrastructure. If you value variety and flexibility, general radiography offers more options.

One counterintuitive point: starting in x-ray doesn't lock you out of MRI. Many techs cross-train after a few years, adding an MRI credential to their radiography license. This dual certification makes you extremely marketable and opens per diem or travel opportunities that pay premium rates.

Program Comparison Table

Program Type

Duration

Typical Cost

Clinical Hours

Starting Salary Range

Primary Accreditor

X-Ray Tech Certificate

12–18 months

$3,000–$8,000

400–800 hours

$52,000–$62,000

JRCERT

X-Ray Tech Associate Degree

24 months

$5,000–$15,000

800–1,000 hours

$55,000–$68,000

JRCERT

MRI Tech Certificate (post-primary)

12–18 months

$6,000–$12,000

600–1,000 hours

$68,000–$82,000

JRCERT or ARMRIT

MRI Tech Direct-Entry Degree

24–30 months

$8,000–$20,000

1,000–1,500 hours

$70,000–$85,000

JRCERT or ARMRIT

Choosing an accredited radiologic technology program is the single most important decision a prospective x-ray tech can make—it directly affects your eligibility for certification and employment.
— Martinez Elena

FAQ: Radiology Tech Program Questions Answered

Do I need a degree to become an x-ray tech?

Not necessarily. You can become a certified radiologic technologist through either a certificate program or an associate degree, as long as the program is JRCERT-accredited and prepares you for the ARRT exam. However, many employers prefer or require an associate degree, especially for full-time positions with benefits. Certificate programs work well if you already hold a degree in another field or need to enter the workforce quickly, but the associate degree offers better long-term career flexibility and advancement opportunities.

Can I complete x-ray tech training online?

You can't complete the entire program online because radiologic technology requires extensive hands-on clinical training. However, many programs now offer hybrid formats where you complete didactic coursework online and attend on-campus labs and clinical rotations in person. This flexibility helps working adults or students in rural areas access quality programs. Be cautious of any program claiming to be "fully online"—legitimate radiography training always includes supervised clinical hours in real healthcare settings.

What's the difference between an x-ray tech and an MRI tech?

X-ray techs use ionizing radiation to create images of bones and internal structures, typically completing quick exams with high patient volume. MRI techs use magnetic fields and radio waves to produce detailed cross-sectional images, spending more time with each patient during longer, more complex studies. MRI requires different physics knowledge and typically demands additional training beyond basic radiography. MRI techs generally earn higher salaries—around $82,000 versus $68,000 for x-ray techs—but there are fewer MRI positions available overall.

How do I know if an x-ray tech school is accredited?

Check the JRCERT website directly at jrcert.org, where you can search their database of accredited programs by state or institution name. Don't rely solely on what a school's marketing materials claim. Only JRCERT-accredited programs qualify graduates to sit for the ARRT certification exam, which you need for licensure in most states. Regional accreditation of the college or university matters too, especially if you plan to transfer credits later, but JRCERT accreditation is the non-negotiable requirement for radiologic technology programs.

What certifications do I need after graduating?

After completing an accredited program, you'll need to pass the ARRT certification exam in radiography to earn the credential R.T.(R). Most states then require you to apply for state licensure, which may involve additional fees, background checks, or a state-specific jurisprudence exam. Some states recognize ARRT certification as sufficient for licensure, while others have separate requirements. You'll also need to maintain your ARRT certification through continuing education—24 credits every two years. If you specialize in MRI, CT, or other modalities later, you'll pursue additional ARRT post-primary certifications.

How much do x-ray techs earn after graduation?

Entry-level x-ray techs typically earn between $52,000 and $62,000 annually, depending on location, facility type, and shift. With a few years of experience, salaries rise to the $65,000 to $75,000 range. Techs who add specialty credentials in CT, MRI, or mammography can earn $80,000 or more. Geographic location significantly impacts pay—techs in California, Massachusetts, and Washington earn considerably more than those in rural Southern or Midwestern states. Night shift, weekend, and on-call differentials can add $5,000 to $15,000 to your base salary if you're willing to work less desirable hours.

Starting your radiologic technology education is a significant commitment, but it's one that leads to a stable, rewarding career with real growth potential. Focus on finding an accredited program that fits your timeline and budget, and don't underestimate the value of talking to working techs and visiting clinical sites before you commit. The right program won't just teach you to take X-rays—it'll prepare you for a profession where your skills matter every single day.