How to Work as a Radiologic Technologist in Alaska (2026)

How to Become a Radiologic Technologist in Alaska

Radiologic technologists in Alaska perform X-rays, fluoroscopy, CT, MRI, mammography, and nuclear medicine imaging in hospitals, military medical facilities, community health clinics, and outpatient imaging centers across the state. Alaska is one of the states that does not mandate a separate state radiologic technologist license, ARRT certification functions as the de facto practice standard, reinforced by employer credentialing requirements.

Step 1: Complete a JRCERT-Accredited Radiologic Technology Program

Whether you plan to practice in Alaska or any other state, you must graduate from a program accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). Most students complete a two-year Associate of Applied Science (AAS) in Radiologic Technology. A Bachelor of Science in Radiologic Technology (BSRT) is also available and is preferred for candidates targeting CT, MRI, or leadership roles.

JRCERT programs include required clinical rotations where students must pass competency evaluations in positioning, technique selection, image quality, and patient care. Because Alaska has limited in-state JRCERT programs, many Alaska-bound technologists complete their education in contiguous states or online-hybrid programs with clinical placements arranged locally. Verify that your program holds active JRCERT accreditation before enrolling.

Step 2: Earn Your ARRT Certification

ARRT (American Registry of Radiologic Technologists) issues the primary national credential: R.T.(R), Radiographer. This credential covers general X-ray and fluoroscopy and is the baseline qualification for virtually every imaging job in Alaska.

ARRT exam details:

• Fee: approximately $225
• Format: computer-based, approximately 3 hours
• Requires graduation from a JRCERT-accredited program and ethics review clearance

After earning R.T.(R), you can pursue specialty credentials: R.T.(CT) for CT, R.T.(MR) for MRI, R.T.(M) for mammography, and R.T.(NM) for nuclear medicine. Specialty credentials are especially valuable in Alaska, where small departments require techs to cover multiple modalities.

ARRT requires 24 CE credits every two years to maintain your registration. This is a universal requirement regardless of which state you practice in.

Step 3: Understand Alaska's Licensing Situation

Alaska does not have a mandatory state radiologic technologist license requirement. There is no Alaska state radiation control board that issues RT-specific licenses to radiographers the way many other states do.

What this means in practice:

• You do not need to submit a separate state license application or pay a state license fee
• Your ARRT R.T.(R) certification (and any specialty credentials) are what employers and facilities require
• Hospitals, health systems, and imaging centers in Alaska credential staff through their own medical staff offices, following Joint Commission and CMS requirements
• Employer credentialing typically verifies: ARRT registration, education, background check, BLS/ACLS as applicable, and professional references

If you are a travel or locum technologist coming to Alaska, confirm with the facility's credentialing department that your ARRT certification is current and that you meet any facility-specific requirements. No state license application is needed.

Continuing Education Requirements

Because Alaska has no state licensing board for radiologic technologists, the only formal CE obligation is ARRT's standard: 24 CE credits per two-year cycle. Credits can be earned through ASRT online modules, vendor-sponsored webinars on the ARRT approved list, state and regional conferences, and JRCERT workshops.

Keep documentation of your CE credits for ARRT audit purposes, as ARRT randomly audits a percentage of registered technologists each renewal cycle.

Radiologic Technologist Specializations in Alaska

Alaska's remote geography and dispersed population create unique opportunities for cross-trained technologists:

• CT Technologist (R.T.(CT)): Essential in every acute care hospital. Trauma, emergency, and oncology imaging drive steady demand statewide.
• MRI Technologist (R.T.(MR)): Concentrated in Anchorage and Fairbanks. Cross-training in CT/MRI is particularly valuable in rural Alaska facilities.
• Mammography (R.T.(M)): Women's health services are in demand; mobile mammography programs serve communities outside Anchorage.
• Interventional Radiology: Available at Providence Alaska and major Anchorage facilities; IR techs are well-compensated.
• Nuclear Medicine (R.T.(NM)): Limited to larger hospital centers in Anchorage; PET/CT demand is growing with cancer center development.

Alaska Radiologic Technologist Salary Ranges

Alaska's cost of living commands a wage premium over lower-48 markets:

• General radiographer (R.T.(R)): $65,000-$82,000 in established facilities
• CT technologist: $75,000-$95,000
• MRI technologist: $78,000-$98,000
• Travel/contract RT: $55-$75 per hour; Alaska is a consistent destination for locum and travel techs, particularly for rural and military site coverage

Alaska differentials, union contracts (at some facilities), and housing stipends for rural assignments can push total compensation significantly above base.

Top Employers for Radiologic Technologists in Alaska

• Providence Alaska Medical Center (Anchorage): The largest private hospital in Alaska; full imaging services including IR, MRI, CT, nuclear medicine, and mammography
• Alaska Native Medical Center (Anchorage): Federal facility serving Alaska Native and American Indian patients; strong employer with federal benefits
• Fairbanks Memorial Hospital (Fairbanks): Primary acute care hospital for Interior Alaska; full imaging department
• Mat-Su Regional Medical Center (Palmer): Growing Mat-Su Valley market north of Anchorage
• Bartlett Regional Hospital (Juneau): Southeast Alaska's main acute care facility
• VA Ambulatory Care Center (Anchorage): Federal VA system employer; stable employment with federal pay scales
• Military medical facilities: Joint Base Elmendorf-Richardson (JBER) and other DoD installations employ civilian imaging staff; Tricare-contracted imaging is also a civilian market
• Mobile imaging companies: Provide outreach imaging to rural clinics and villages across Alaska, cross-trained techs with portable equipment experience are in demand