Online Radiologic Technology Degree Programs in 2026
Quick answer: An online radiologic technology degree covers the classroom half only. JRCERT-accredited associate programs put physics, positioning and radiation protection online, then place you in an in-person clinical rotation. Certification runs through ARRT, and most states license against it. Radiologic technologists earn a median $80,110 (BLS OEWS, May 2025).
Online Radiologic Technology Degree at a Glance
| Item | Detail | Source |
|---|---|---|
| Median annual wage | $80,110 ($38.52 hourly) | BLS OEWS, May 2025 |
| Employment | 230,490 | BLS OEWS, May 2025 |
| Projected change (2024-34) | 4.3%, about 12,900 openings per year | BLS Employment Projections, 2024-34 |
| Standard entry credential | Associate degree in radiologic technology | Program structure |
| Program accreditation | JRCERT | JRCERT |
| Certification body | ARRT | ARRT |
| Fully online option | Didactic coursework only; clinicals in person | Program structure |
What Does an Online Radiologic Technology Degree Actually Include?
If you are already working in a hospital as an imaging aide, transporter, or patient care tech, you have seen the job from three feet away. The degree is what converts that exposure into a credential you can register with.
An accredited program has three parts, and only the first travels well online:
- Didactic coursework. Radiographic physics, image production and evaluation, anatomy and physiology, patient care, pathology, radiation biology and protection. This is genuinely deliverable asynchronously, and it is what a school means when it advertises an online radiologic technology degree.
- Laboratory work. Energized and non-energized labs where you practice positioning on phantoms and learn the console before you touch a patient. On campus.
- Clinical rotations. Supervised time in a working imaging department, with documented competency check-offs on specific exams: chest, abdomen, extremities, spine, trauma, portables, surgery. In person, on the department’s schedule, which usually means daytime blocks.
So “online” here is honest shorthand for a hybrid program, not a remote one. Plan on rotating through real departments for the entire length of the program. If you already work in a hospital, the practical advantage is that you understand shift culture, patient handling and charting before day one - and in some cases your employer will help place you.
Who Accredits the Program and Who Certifies You?
Two different bodies, and people confuse them constantly.
JRCERT - the Joint Review Committee on Education in Radiologic Technology - accredits the educational program. It reviews curriculum, clinical placement quality, supervision ratios and faculty. When you compare programs, JRCERT accreditation is the first filter, not a nice-to-have.
ARRT - the American Registry of Radiologic Technologists - certifies the individual. ARRT requires an academic degree at the associate level or higher, completion of an ARRT-recognized educational program, satisfaction of clinical competency requirements, and a passing score on the certification examination. The credential is renewed annually and carries continuing education obligations.
State licensure. Most states issue a license or permit to operate radiographic equipment, and many reference ARRT certification directly in their rules. Requirements vary by state - which modalities are regulated, what the application involves, and whether a state credential is required at all. Confirm the specifics with your own state board or radiation control agency before you enroll, especially if the program is based in another state.
The order of operations is: JRCERT-accredited program, then ARRT examination, then state credential, then employment. Skipping the accreditation check at the front is the expensive mistake, because a non-recognized program can leave you ineligible to sit for the registry.
The Modality Ladder: Where the Real Pay Increase Is
This is the part most people entering imaging underestimate. General radiography is the entry point, not the ceiling. Once you hold ARRT radiography certification, you can pursue post-primary certification in another modality - and the pay difference across modalities is larger than the difference between an average and a strong general radiographer.
| Modality | SOC code | Median annual wage | Employment | Projected change 2024-34 | Annual openings |
|---|---|---|---|---|---|
| Radiologic technologists and technicians | 29-2034 | $80,110 | 230,490 | 4.3% | 12,900 |
| Magnetic resonance imaging technologists | 29-2035 | $95,480 | 43,390 | 7.1% | 2,600 |
| Nuclear medicine technologists | 29-2033 | $101,370 | 17,080 | 3.0% | 900 |
| Cardiovascular technologists and technicians | 29-2031 | $74,310 | 62,960 | 3.0% | 3,800 |
Wage and employment figures are BLS OEWS, May 2025; change and openings are BLS Employment Projections, 2024-34.
Read that table carefully. MRI and nuclear medicine both pay meaningfully more at the median than general radiography - $95,480 and $101,370 against $80,110 (BLS OEWS, May 2025). MRI is also the only line here with a projected change above the others at 7.1% from 2024 to 2034, moving from 44,100 to 47,200 jobs (BLS Employment Projections, 2024-34).
But look at the size of each field. Radiography employs 230,490 people and produces about 12,900 openings a year; nuclear medicine employs 17,080 and produces about 900. The higher-paying modalities are small, competitive, and geographically concentrated around larger hospital systems. That is the tradeoff: you climb into a better-paid niche with fewer doors.
Cardiovascular technology sits differently. Its median of $74,310 is below general radiography, but its spread is the widest on this page - $39,000 at the tenth percentile and $121,350 at the ninetieth (BLS OEWS, May 2025), reflecting the gap between non-invasive testing roles and invasive cath-lab work.
What Does the Pay Distribution Look Like Across Imaging?
A median hides the shape of a career. Percentiles show where you start and where experience, call pay, and modality specialization can take you.
| Occupation | 10th percentile | 25th percentile | Median | 75th percentile | 90th percentile |
|---|---|---|---|---|---|
| Radiologic technologists | $55,980 | $64,810 | $80,110 | $98,750 | $118,660 |
| MRI technologists | $68,890 | $81,040 | $95,480 | $106,340 | $127,670 |
| Nuclear medicine technologists | $78,080 | $86,720 | $101,370 | $117,120 | $134,500 |
| Cardiovascular technologists | $39,000 | $47,890 | $74,310 | $98,110 | $121,350 |
Figures: BLS OEWS, May 2025.
The overlap is the useful signal. An experienced radiographer at the seventy-fifth percentile earns $98,750, which is close to the MRI median of $95,480 - so the modality move is not the only way up. But the MRI tenth percentile of $68,890 already sits above the radiography twenty-fifth percentile of $64,810, meaning the whole distribution shifts, not just the top of it. Nuclear medicine starts higher still, with a tenth percentile of $78,080.
Mean wages tell a similar story: $83,840 for radiologic technologists, $96,120 for MRI, $105,160 for nuclear medicine and $76,940 for cardiovascular (BLS OEWS, May 2025).
What Is the Job Actually Like Day to Day?
Four things fill a radiographer’s shift, and none of them are what the brochure emphasizes.
Positioning. You are translating a physician’s order into an anatomically correct projection on a patient who may be in pain, confused, intubated, or unable to move the way the textbook assumes. Positioning skill is the difference between one exposure and three.
Dose. Every exposure is a decision about technique factors, collimation and shielding. You own that decision at the console.
Protocol. Right patient, right exam, right side, right markers, correct documentation. Imaging errors are expensive and occasionally dangerous, and the department’s quality process lands on you.
Patient condition. You will image trauma patients, hospice patients, toddlers and people who cannot tell you where it hurts. A lot of the job is fast rapport under time pressure.
Physically, it is a standing job with patient transfers, moving portable units around a floor, and wearing lead in surgery. Hospitals run imaging around the clock, so nights, weekends, holidays and on-call rotations are normal early in a career and often carry differential pay. Outpatient imaging centers trade some of that pay for daytime hours.
How Does Radiation Safety and ALARA Work in Practice?
ALARA - as low as reasonably achievable - is the organizing principle of the whole occupation, and programs teach it from the first term because it governs both patient dose and your own.
For the patient: correct collimation to the anatomy of interest, appropriate kVp and mAs selection, shielding where clinically indicated, and above all avoiding repeat exposures caused by poor positioning. A repeat is not just wasted time - it is a second dose.
For you: time, distance and shielding. Minimize time in the beam, maximize distance from the source and scatter, and use lead aprons, thyroid shields and the control booth. You will wear a dosimeter and your readings are monitored on a schedule.
Nuclear medicine adds a different exposure model, because the source is inside the patient after a radiopharmaceutical is administered, which changes handling, waste and room protocols. MRI has no ionising radiation at all but substitutes a permanently energized magnetic field, where screening for ferromagnetic implants and objects is the safety discipline that matters. Each modality has its own hazard, and the safety training does not transfer automatically between them.
Where Do Radiologic Technologists Earn the Most?
Pay varies widely by state, driven by cost of living, hospital system density and union presence.
| State | Median annual wage | Employment |
|---|---|---|
| California | $121,260 | 20,900 |
| Massachusetts | $103,620 | 5,500 |
| District of Columbia | $102,770 | 660 |
| Oregon | $102,290 | 2,700 |
| Washington | $102,090 | 4,130 |
Figures: BLS OEWS, May 2025.
The biggest employers are not identical to the best payers. Texas employs 20,250 radiologic technologists at a median of $78,630, Florida 16,470 at $76,750, New York 13,450 at $98,470 and Ohio 9,570 at $78,320 (BLS OEWS, May 2025). California leads on both counts.
The pattern repeats in the higher-paid modalities. For MRI technologists, the District of Columbia posts a median of $128,710, California $124,000, Washington $122,750, Oregon $121,920 and Alaska $120,610 (BLS OEWS, May 2025). For nuclear medicine technologists, California posts $162,380, Washington $126,200, Hawaii $125,650, New Jersey $124,280 and Oregon $122,100.
Where Does a Radiology Career Lead After Certification?
Three directions, and they are not mutually exclusive.
Modality specialist. Add a post-primary ARRT certification and move into MRI, computed tomography, mammography, interventional radiography or bone densitometry. This is the most common next step and the one with the clearest wage effect. Related imaging routes such as sonography and ultrasound sit alongside it, with their own credentialing path.
Lead technologist. Scheduling, competency sign-offs, protocol maintenance, precepting students on clinical rotation. This is often the first supervisory step and usually goes to the person with the broadest modality coverage.
Imaging management. Department supervisor, imaging manager, radiology services director, or applications and PACS administration on the vendor side. These roles generally want a bachelor’s degree, which is why many certified technologists complete a bachelor’s in imaging sciences or health administration online while working. If that is your target, our associate vs bachelor degree guide and degree completion programs explain how existing credit is re-evaluated before you enroll.
Cost varies by institution type and delivery format, and community and technical colleges are generally the lower-cost route into the associate degree. Ask about employer education benefits if you already work in a hospital - employer tuition assistance covers how those programs typically operate. Any completion or credentialing statistics a program publishes should be read as program history rather than a forecast; individual outcomes may vary.
Frequently Asked Questions
Can you get a radiologic technology degree online?
Only the classroom half. A JRCERT-accredited program can deliver physics, anatomy, positioning theory and radiation protection online, but clinical rotations happen in person at a hospital or imaging center under a supervised technologist. No accredited route to first-time ARRT certification is fully online, because the registry requires documented, hands-on competency in real patient imaging.
How much do radiologic technologists make?
The national median annual wage is $80,110 (BLS OEWS, May 2025), which works out to $38.52 an hour. The bottom tenth earn $55,980 or less and the top tenth earn $118,660 or more. Employment stands at 230,490 radiologic technologists and technicians nationwide under SOC 29-2034.
Do I need an associate degree to sit for the ARRT exam?
Yes. ARRT requires an academic degree at the associate level or higher for primary pathway certification, plus completion of an ARRT-recognized educational program and its clinical competency requirements. The associate of applied science in radiologic technology is the standard entry credential, and most programs are accredited by JRCERT.
How long does radiologic technology training take?
The typical associate program runs about two years of full-time study after prerequisites, combining didactic coursework with clinical rotations scheduled through the whole program. Part-time and evening formats exist but stretch the timeline, and the clinical component sets the floor because competencies have to be completed in a real imaging department.
What is the difference between JRCERT accreditation and ARRT certification?
JRCERT accredits the school program; ARRT certifies the individual. JRCERT reviews curriculum, clinical placement and faculty against national standards. ARRT administers the certification examination and issues the R.T. credential you renew each year. State boards typically reference ARRT certification when they issue a license, so both matter.
Is MRI a better paying path than general radiography?
On national medians, yes. MRI technologists earn a median $95,480 and nuclear medicine technologists $101,370, against $80,110 for radiologic technologists (BLS OEWS, May 2025). Both are usually reached as post-primary certifications after ARRT radiography certification, so the modality move is an add-on credential rather than a second degree.
Do all states license radiologic technologists?
Requirements vary by state and must be confirmed with your own state board or radiation control agency. Many states issue a license or permit that references ARRT certification, some regulate only certain modalities, and a few do not license at the state level at all. Check before you enroll in an out-of-state online program.
What does ALARA mean in radiography?
ALARA stands for as low as reasonably achievable. It is the operating principle for radiation dose: use the lowest exposure that still produces a diagnostic image. In practice that means correct collimation, appropriate technique factors, shielding where indicated, distance and time discipline, and avoiding repeat exposures caused by sloppy positioning.
Related Guides and Degree Paths
- Radiology Technician - the full career profile, certification steps and state-by-state pay
- Sonography and Ultrasound - the adjacent imaging credential and how the two paths differ
- Trade Careers That Require a Degree - which careers actually need the credential
- Online Degrees for Tradespeople - every online route we cover
- Online Respiratory Therapy Programs - another hospital-based licensed credential with in-person clinicals
- Online Physical Therapist Assistant Programs - the CAPTE-accredited associate route in rehab
- Online Nursing Programs and Degrees - the ADN, BSN and bridge routes compared
- Associate vs Bachelor Degree - the tradeoff when you plan for management later
- Degree Completion Programs - finishing a degree you already started
- Employer Tuition Assistance - how hospital education benefits typically work
Radiologic Technology Programs by State
State pay, licensing and metro-level data for this degree. Wage and employment figures on every state page come from BLS OEWS, May 2025.
Alabama * Alaska * Arizona * Arkansas * California * Colorado * Connecticut * Delaware * District of Columbia * Florida * Georgia * Hawaii * Idaho * Illinois * Indiana * Iowa * Kansas * Kentucky * Louisiana * Maine * Maryland * Massachusetts * Michigan * Minnesota * Mississippi * Missouri * Montana * Nebraska * Nevada * New Hampshire * New Jersey * New Mexico * New York * North Carolina * North Dakota * Ohio * Oklahoma * Oregon * Pennsylvania * Rhode Island * South Carolina * South Dakota * Tennessee * Texas * Utah * Vermont * Virginia * Washington * West Virginia * Wisconsin * Wyoming
Sources
- U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS), May 2025 - Radiologic Technologists and Technicians (SOC 29-2034), Magnetic Resonance Imaging Technologists (SOC 29-2035), Nuclear Medicine Technologists (SOC 29-2033), Cardiovascular Technologists and Technicians (SOC 29-2031)
- U.S. Bureau of Labor Statistics, Employment Projections, 2024-34
- Joint Review Committee on Education in Radiologic Technology (JRCERT) - program accreditation
- American Registry of Radiologic Technologists (ARRT) - primary and post-primary certification
About this guide: Researched and written by the TradeCareerPath Editorial Team. Our editorial team researches and sources every trade school and career guide using federal labor and education data, including BLS OEWS and Employment Projections, DOL apprenticeship records, IPEDS, College Scorecard, and state licensing boards. We follow the editorial standards documented at /editorial-policy/.