MRI Technologist Salary in Georgia 2026,
$92,060 Median | BLS Data by City

The published Georgia figure is $92,060 a year, or $44.26 an hour, per BLS OEWS May 2025, with a band from $63,970 at the 10th percentile to $109,200 at the 90th. That is 3.6% below the national median of $95,480. The SOC match is exact — 29-2035 covers MRI technologists specifically, not radiologic technologists generally — so this is a clean read on the occupation.

Atlanta-Sandy Springs-Roswell, at $100,180, well clear of Athens-Clarke County $92,060, Savannah $88,230, Augusta-Richmond County $82,200 and Dalton $76,920. The twenty-three-thousand-dollar-plus spread is the widest in this occupation group in Georgia and reflects scanner density: metro Atlanta has competing hospital systems and a large freestanding outpatient imaging sector bidding for the same small technologist pool.

No. Georgia has no radiologic technologist or MRI technologist licence, no state board for the profession and no state examination. What governs practice is the employer's own credentialling standard — in almost all cases ARRT registration in magnetic resonance, with some employers accepting ARMRIT — together with the facility's ACR accreditation and its MRI safety and zoning protocols. The absence of a state licence makes Georgia easy to move into and leaves the standard entirely to the employer.

The state does not require it, but hospital systems and accredited imaging centres almost universally do, and ACR accreditation standards push employers in the same direction. The usual Georgia route is ARRT registration in radiography first, then the post-primary MR credential earned while cross-training on the scanner — which is precisely what the $63,970-to-$79,590 lower stretch of this band describes. Some employers accept ARMRIT as an alternative, so it is worth confirming before choosing a pathway.

Setting mix. The high concentration comes substantially from freestanding outpatient imaging, which generally pays below hospital rates for the same scan because it runs predictable daytime schedules without call coverage. Georgia has a lot of MRI capacity for its size and a lot of it is outpatient. The peer table — Wisconsin $94,720, Maine $94,140, Wyoming $92,010, Utah $91,150, Pennsylvania $91,120 — puts Georgia in the middle of a tight cluster, so the shortfall is modest and setting-driven rather than a general devaluation of the work.

It moves the entire responsibility to the facility. In states that license radiologic technologists, minimum education, examination and continuing-education standards are set in statute and enforceable against the individual. Georgia sets none, so the operative rules are the employer's credentialling policy, ACR accreditation requirements for the imaging site, and the facility's own MRI safety zoning and screening protocols. For a technologist, the practical consequences are two: mobility into Georgia is unusually easy, with nothing to apply for and no fee; and the quality of the safety culture you work inside is entirely a function of which employer you pick, because no state floor exists beneath it.

1,800 jobs statewide is small even by health-technology standards, and it matters for job search rather than for pay. MRI headcount is capped by scanner count — each machine supports a handful of technologists across its operating hours — and scanners are capital purchases justified by imaging volume. With roughly 110 pro-rated openings a year in Georgia, most of them concentrated in metro Atlanta, a technologist outside the Atlanta, Savannah and Augusta corridors may face a genuinely thin local market. That geographic constraint, more than the wage, is the defining feature of an MRI career in this state.

Sequence complexity, call coverage and leadership, in that order. The distance from the $92,060 median to the $102,610 seventy-fifth percentile is normally bought by cardiac, breast or advanced neuroimaging competence combined with night and on-call work at a hospital rather than an outpatient centre. The $109,200 ninetieth percentile adds lead technologist responsibility — protocol optimisation, scanner scheduling, safety screening policy and the training of everyone else on the suite. Because Georgia sets no state standard, the lead technologist in a Georgia imaging department is frequently the person who writes the competence policy, which is a meaningful and unusually consequential role.