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Choosing a radiology program is a critical decision on the path to becoming a certified radiologic technologist. With the United States Bureau of Labor Statistics (BLS) projecting 5% job growth for radiologic and magnetic resonance imaging (MRI) technologists nationwide from 2024 to 2034, the demand for well-trained imaging professionals continues to climb. However, not every education program will prepare you equally.
From accreditation status and certification pass rates to clinical training depth and total cost, the details matter. This guide breaks down the key factors that separate a strong radiology program from one that could leave you underprepared and ineligible for the credentials employers require. We’ll also cover key questions such as, “Why choose radiology as a career?” and “What major should I choose for radiology?”
Start With Accreditation (Without It, Nothing Else Matters)
So, why choose radiology programs based on accreditation status? Accreditation can be the single most important factor in your decision. Without it, you may not qualify for certification, financial aid or employment. Treat accreditation as a non-negotiable starting point before evaluating anything else about a program.
Verify JRCERT Programmatic Accreditation
As the only agency recognized by both the U.S. Department of Education and the Council for Higher Education Accreditation (CHEA) for accrediting radiography programs, the Joint Review Committee on Education in Radiologic Technology (JRCERT) accreditation confirms that a program meets rigorous standards in curriculum design, clinical education, faculty qualifications and student outcomes. Currently, more than 700 educational programs carry JRCERT accreditation. Before enrolling, verify that the specific program you are considering (not just the institution) holds this designation.
Confirm Institutional Accreditation
Programmatic accreditation covers the radiography program itself, but the college or university also needs institutional accreditation from a recognized regional or national agency. Institutional accreditation ensures your credits are transferable and that you can access federal financial aid. Check that the school is accredited by an agency recognized by the U.S. Department of Education, such as the Higher Learning Commission or a comparable body.
Ensure ARRT Exam Eligibility
The American Registry of Radiologic Technologists (ARRT) requires candidates to complete an ARRT-approved educational program and earn at least an associate degree before sitting for the certification examination. If your program lacks proper accreditation, you will not be eligible to take the exam — effectively closing the door on your career before it begins. Confirm directly with the ARRT that your chosen program appears on their list of recognized programs.
Compare ARRT First-Time Pass Rates; This Is a Performance Indicator
Once you have confirmed accreditation, the next metric to examine is how well a program’s graduates perform on the ARRT certification exam. This single data point reveals a great deal about the quality of instruction and student preparedness.
What Is a Strong ARRT Pass Rate?
The JRCERT sets a five-year average benchmark of 75% for first-time credentialing exam pass rates. However, many competitive programs consistently exceed that threshold, with some achieving first-time pass rates of 90% or higher. When researching programs, look for those that publish their pass rate data publicly and that demonstrate sustained performance above the JRCERT minimum.
How Programs Prepare Students for Certification
Programs with strong pass rates typically integrate exam preparation into the curriculum from the beginning. Ask prospective programs about their specific strategies for certification preparation, including whether they offer structured review courses in the final semester before graduation. This can include:
- Mock exams
- Board review sessions
- Practice question banks
- Capstone courses designed to reinforce foundational concepts
Why Pass Rates Predict Job Readiness
A high first-time pass rate signals that graduates enter the workforce possessing the knowledge and clinical reasoning skills employers expect. Hiring managers often view ARRT certification as a baseline measure of competence. Programs that consistently produce certified graduates tend to have stronger relationships with employers and better job placement outcomes, which leads directly to the next evaluation criterion.
Evaluate Clinical Experience — Quantity and Quality Both Matter
Classroom instruction builds your foundational knowledge, but clinical rotations are where you develop the hands-on skills that define your readiness as a radiologic technologist. A program’s clinical component deserves careful scrutiny.
Total Required Clinical Hours
JRCERT-accredited programs must provide supervised clinical education as a core part of the curriculum. Most associate degree programs require students to complete approximately 1,800 or more clinical hours spread across multiple semesters.
Compare the total clinical hours required by each program you are considering. More hours generally mean more opportunities to practice positioning, technique selection and patient interaction in real healthcare settings.
Variety of Clinical Settings (Hospital vs. Outpatient)
Where you train matters just as much as how long you train. A program that places students exclusively in one hospital may offer a narrower range of cases and equipment than one that rotates students through hospitals, outpatient imaging centers, orthopedic clinics and emergency departments. Exposure to diverse clinical environments helps you adapt to the workplace variations you will encounter after graduation.
Access to Advanced Imaging Modalities
Entry-level radiography programs focus on general X-ray and fluoroscopy, but the best programs also provide observational or introductory rotations in advanced modalities such as mammography, computed tomography (CT), magnetic resonance imaging (MRI) and interventional radiology. Early exposure to these specialties gives you a head start if you choose to pursue postprimary ARRT certification in an advanced discipline later in your career.
Assess Program Outcomes — Graduation and Job Placement Rates
Accreditation and pass rates tell you about academic quality, but program outcomes data reveal how well the program serves students from enrollment through employment. Accredited programs are required to publish this information, so use it.
Graduation Rate Transparency
The JRCERT requires programs to publish their program completion rates, and each program sets its own annual benchmark. Look for programs that clearly disclose these numbers on their website. A low or declining graduation rate may indicate issues with student support, curriculum difficulty or unrealistic admission practices. Ask the program director directly if the data raises questions.
Employment Within 6 Months of Graduation
Job placement rate data reflects the percentage of graduates who secure employment in the radiologic sciences within 12 months of graduation. The JRCERT’s five-year average benchmark for job placement is 75%, but strong programs often report placement rates well above 90%. A high placement rate suggests that the program has earned the trust of local and regional employers.
Employer Partnerships and Hiring Pipelines
Some programs maintain formal partnerships with health systems, hospitals and imaging centers that regularly hire their graduates. These relationships can give students a significant advantage during the job search. When evaluating a program, ask whether clinical sites frequently hire students who trained there and whether the program has formal agreements with specific employers.
Understand the Curriculum: Does It Prepare You for Modern Imaging?
Why do people choose radiology programs over other types? A radiology curriculum should do more than check boxes. It should equip you with the technical knowledge, safety awareness and digital literacy you need to work confidently in a modern imaging department from day one.
Radiation Safety and Patient Protection
Radiation safety is the foundation of every radiologic technologist’s practice. Your program coursework should cover:
- Principles of radiation physics
- Dose optimization and monitoring
- The ALARA (As Low As Reasonably Achievable) principle
- Proper shielding techniques
- Patient communication around radiation exposure
- Informed consent
These are not merely academic requirements; they are skills that protect both you and your patients throughout your career.
Digital Imaging & PACS Training
Nearly every imaging department now operates on digital systems. Your program should include coursework in digital radiography principles, image processing and picture archiving and communication systems (PACS). Hands-on experience navigating PACS software, managing image quality and understanding digital imaging and communications in medicine (DICOM) standards will make you more competitive and effective in any clinical setting.
Exposure to CT, MRI or Mammography Pathways
While your initial credential will be in radiography, the ability to advance into CT, MRI, mammography or other imaging specialties is a key part of long-term career planning. The best programs introduce these pathways through dedicated coursework or clinical observation rotations, giving you the context you need to decide which direction to pursue after earning your primary certification.
Look at Faculty Experience — Not Just Credentials
The people teaching your courses and supervising your clinical training have a direct impact on the quality of your education. Faculty credentials matter, but so do their clinical experience, availability, professionalism and commitment to mentoring.
Active Clinical Experience
Faculty members who maintain active involvement in clinical practice bring current, real-world insights into the classroom. They understand today’s imaging technology, workflow challenges and patient care standards. Ask whether your instructors have recent clinical experience in addition to their teaching qualifications, including whether they hold current ARRT certification and registration.
Student-to-Faculty Ratios
Smaller class sizes and favorable student-to-faculty ratios allow for more individualized instruction, both in the classroom and during clinical rotations. A program with high enrollment but limited faculty may struggle to provide the hands-on feedback and supervision that students need to develop clinical confidence and competence.
Accessibility and Mentorship
Beyond formal instruction, great faculty members are accessible for questions, career guidance and mentorship. Look for programs where instructors hold regular office hours, participate in student advising and take an active role in supporting students through the challenges of a rigorous healthcare program. Strong mentorship relationships can shape your professional development in ways that extend far beyond graduation.
Final Takeaway: How to Prioritize What Matters Most to You
There is no ‘formula’ for choosing the right radiology program, but some priorities should be universal. Namely, accreditation and ARRT eligibility are non-negotiable. Beyond that, weigh the factors that align with your personal goals:
- Clinical training depth
- Certification pass rates
- Job placement support
- Curriculum relevance
- Faculty quality
Build a comparison list, visit campuses when possible, talk to current students and recent graduates, and do not hesitate to ask program directors tough questions.
Identify Red Flags Before You Commit
Be cautious of the following warning signs if a program:
- Refuses to share outcomes data
- Lacks JRCERT accreditation
- Has first-time pass rates that consistently fall below the 75% benchmark
- Cannot identify where its graduates are working
- Has unusually high attrition rates
- Offers vague information about clinical site partnerships
- Offers a curriculum that has not been updated to reflect current technology and standards
Trust verified data over marketing language, and remember that the right program will welcome your questions rather than deflect them.
Advance Your Radiology Career With Nebraska Methodist College
Nebraska Methodist College (NMC) is proud to offer various healthcare degree and certificate programs, including in radiology and imaging. If you’re wondering, “What major should I choose for radiology?” consider the following options:
- Associate of Science (AS) in Radiologic Technology
- Cardiovascular Sonography, AS
- Multispecialty Sonography, AS
- Bachelor of Science (BS) in Imaging Sciences
Professional Development Related to Radiology: