Radiology Technician to MRI Technologist (2026): The Path

A radiologic technologist becomes an MRI technologist through the ARRT post-primary pathway: hold a current ARRT credential in radiography, complete structured MRI education and a documented set of supervised MRI clinical procedures, then pass the ARRT MRI certification exam. This is the most direct cross-training route in medical imaging, because the radiography credential already covers patient care, anatomy, and imaging principles, and only the MRI-specific physics, safety, and procedures remain. Many technologists complete the clinical component on the job at their own hospital; others enroll in a certificate program that arranges both the coursework and the clinical placements. Licensing requirements vary by state; check your state radiologic technology board.

Radiology Technician to MRI Technologist at a Glance

Figures are for SOC 29-2034 (Radiologic Technologists and Technicians) and SOC 29-2035 (Magnetic Resonance Imaging Technologists).

How the Radiology Technician to MRI Technologist Path Works

The American Registry of Radiologic Technologists (ARRT) offers MRI certification through two routes. The primary pathway is for people entering imaging for the first time through an MRI degree program. The post-primary pathway is for technologists who already hold an ARRT credential in a supporting discipline: radiography (R), nuclear medicine technology (N), radiation therapy (T), or sonography (S). Radiologic technologists use the post-primary route.

The post-primary requirements, as published by the ARRT, are:

1. A current ARRT credential in one of the supporting disciplines, in good standing.
2. Structured education. ARRT requires a defined amount of structured education covering the content areas of the MRI exam: patient care, safety, image production, and procedures. This can be delivered through a college certificate program, an employer-sponsored course, or approved continuing education.
3. Clinical experience. Candidates must document a specified number of MRI procedures across a required mix of exam types (head and neck, spine, thorax, abdomen and pelvis, musculoskeletal, and others), performed under supervision and verified by a supervising technologist or radiologist.
4. The ARRT MRI exam. After the education and clinical requirements are verified, candidates take the computer-based certification exam.

The specific counts and content requirements are published in the current ARRT handbook and change periodically.

A separate certifying body, the American Registry of Magnetic Resonance Imaging Technologists (ARMRIT), also certifies MRI technologists. Some employers accept either; many hospital systems prefer ARRT (MR). State rules on which credentials are recognized vary; check your state board.

Two ways to meet the requirements. Some technologists enroll in a post-primary MRI certificate program at a community college or hospital-based school, which packages the didactic content and arranges clinical rotations. Others are cross-trained by their employer, taking the structured education online or through vendor and professional-society courses while completing procedures in their own department. The employer route depends on whether your department is willing to train you.

Who Qualifies

The core eligibility is straightforward: a current ARRT credential in radiography or another supporting discipline. Beyond that, certificate programs and employers commonly look for:

• A radiography credential in good standing with no ethics sanctions
• A state license or permit where required for the supporting discipline
• Some employers or programs prefer one or two years of clinical experience as a technologist, though it is not an ARRT requirement
• Current CPR certification, immunizations, and a background check for clinical placement
• Completion of MRI safety screening; some sites require it before any time in the magnet area

What Typically Transfers

More transfers here than in most healthcare pathways, which is why the post-primary route exists:

• Patient care, ethics, and professional standards are already covered by the radiography credential and are not retaught in full.
• Cross-sectional anatomy learned for CT or in the radiography program is directly relevant, though MRI programs revisit it in depth because MRI relies on it heavily.
• The ARRT credential itself is the prerequisite; nothing has to be re-earned.

What does not transfer is the MRI-specific material: magnet and radiofrequency safety, pulse sequences and parameters, artifact recognition and correction, contrast agents used in MRI, coil selection, and the procedure-by-procedure protocols. Screening patients and staff for implants and ferromagnetic objects is a safety responsibility with no equivalent in radiography, and it is treated with corresponding seriousness in training.

How Long It Commonly Takes

• Certificate programs: often 9 to 18 months, including clinical rotations, with part-time and hybrid formats common because most students are working technologists.
• Employer cross-training: typically several months to a year, depending on how much MRI volume your department has and how long it takes to accumulate the required procedure mix.
• Certification exam: scheduled after the ARRT verifies the education and clinical documentation, usually within a few months of completing them.

Most technologists should plan on roughly one year from starting MRI training to holding the ARRT (MR) credential, with a realistic range of nine months to two years. Program length varies by program and state.

Scope of Practice: What Changes

Both roles image patients under a radiologist’s direction, but the daily work differs.

A radiologic technologist positions patients for X-ray and fluoroscopy exams, selects exposure factors, and manages radiation protection. Exams are short, volume is high, and much of the work is in emergency departments, operating rooms, and portable imaging at the bedside.

An MRI technologist runs longer, more technically involved exams, often 20 to 60 minutes per patient, in a controlled magnet environment. The technologist screens every patient and every object entering the room for magnetic safety, selects and adjusts pulse sequences, positions coils, administers gadolinium-based contrast where ordered, monitors the patient throughout, and evaluates images for artifacts before the study is sent for reading.

The changes technologists notice most: fewer patients per shift, more time per patient, no radiation exposure, and a much higher standard of safety vigilance. MRI departments in many hospitals run extended hours, so evening, night, and on-call shifts are common.

Pay and Job Outlook

Source: BLS Occupational Employment and Wage Statistics, May 2025 (wages) and BLS Employment Projections, 2024-34 (growth and openings).

The MRI median is meaningfully higher than the radiography median, and MRI employment is projected to grow faster. The important caveat is scale: BLS counts about 43,390 MRI technologists compared with about 230,490 radiologic technologists, and MRI generates only about 2,600 openings per year nationally. Positions exist, but in smaller hospitals and rural areas there may be only a handful of MRI slots, which is one reason many technologists hold both credentials. Pay varies by employer, location, experience, and credentials; individual outcomes may vary.

Is the Step Worth It?

For a working radiologic technologist, MRI cross-training is one of the shorter and more clearly rewarded steps available. Points to weigh:

• Pay. The BLS median gap favors MRI, and the credential often carries a differential even within the same department.
• Time. About a year, frequently while working, is short compared with most healthcare transitions.
• Radiation. MRI removes occupational radiation exposure from the job, which matters to some technologists over a long career.
• Job availability. The occupation is small. Before enrolling in a certificate program, check whether hospitals in your area are actually hiring MRI technologists or cross-training their own staff. The employer route is often the more reliable one.
• Work style. If you like the pace and variety of X-ray and trauma imaging, MRI’s slower, more controlled environment may feel monotonous. If you like technical depth and problem-solving, it is a good fit.

If you are still comparing the two roles rather than planning the move, the radiology technician vs MRI technologist comparison covers the differences side by side.

Related Guides

• MRI Technologist programs
• MRI Technologist program locations
• Radiology Technician programs
• Radiologic Technologist career guide
• MRI Technologist career guide
• Radiology Technician vs MRI Technologist
• All career pathways

FAQs

Can a rad tech become an MRI tech without going back to school?

Often yes, in the sense that no new degree is required. The ARRT post-primary pathway requires structured MRI education and documented clinical procedures, which some hospitals provide through in-house cross-training. Many technologists still choose a certificate program because it packages the education and clinical placements.

How long does it take to go from radiology tech to MRI tech?

Commonly about one year, with a range of roughly nine months to two years depending on whether you attend a certificate program or cross-train on the job and how long it takes to complete the required procedure mix. Length varies by program and state.

What does the ARRT post-primary MRI pathway require?

A current ARRT credential in radiography, nuclear medicine, radiation therapy, or sonography; completion of structured MRI education in the exam content areas; documentation of a specified number and mix of supervised MRI procedures; and a passing score on the ARRT MRI exam. Current requirements are published in the ARRT handbook.

What do MRI technologists make compared with radiologic technologists?

According to BLS Occupational Employment and Wage Statistics, May 2025, the median annual wage was $95,480 for MRI technologists and $80,110 for radiologic technologists and technicians. Pay varies by employer, location, experience, and credentials; individual outcomes may vary.

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