Healthcare

Radiology Technologist

Radiology Technologists (also called radiologic technicians or X-ray techs) operate imaging equipment — X-rays, CT scanners, and fluoroscopy machines — to help physicians diagnose injuries and diseases. They work in hospitals, imaging centers, and outpatient clinics. Certification requires completing a 2-year accredited program and passing the ARRT exam.

National median salary

$77,660

trending_up +4.3% 10-yr outlook

BLS OEWS, most recent release.

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Time to certify

2 years

quiz

Required exam

ARRT Radiography Examination

payments

Exam cost

$100–$225

school

Education

Completion of an accredited radiologic technology program

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Renewal

Every 2 yrs

work

Annual openings

12,900

What it's actually like

A day-to-day reality check, grounded in current practitioner sources — not just the salary math.

schedule

Hours / week

36-40

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Shift length

8, 10, or 12 hours

date_range

Weekends

rotation

domain

Where you work

hospitals, physicians' offices +2 more

checklist A typical shift

check_circle Review the daily schedule of imaging procedures and prioritize patients based on urgency.
check_circle Power on, calibrate, and perform quality checks on imaging equipment like X-ray, CT, or MRI machines.
check_circle Prepare patients for procedures by explaining the process, taking a medical history, and answering questions.
check_circle Position patients correctly and precisely on imaging tables to capture clear, diagnostic images of the specified body area.
check_circle Operate imaging equipment, adjusting controls for exposure time and distance according to examination specifications.
check_circle Review images for quality and clarity, determining if additional views are needed before submitting them to a radiologist.
check_circle Maintain detailed patient records, documenting procedures and uploading images to the electronic health record system.

Physical demand

High

The role requires standing for long periods, lifting or turning disabled patients, and moving heavy imaging equipment.

Stress level

High

Stressors include dealing with patients who are in pain or anxious, urgent imaging requests, and the potential for a high-volume workload.

thumb_up Best fit if

add_circle You are detail-oriented and can precisely follow complex technical instructions to capture high-quality diagnostic images.
add_circle You have the physical stamina to be on your feet for most of your shift and can lift or reposition patients who have limited mobility.
add_circle You can remain calm and compassionate when interacting with patients who are anxious, in pain, or seriously ill.
add_circle You are interested in a hands-on career that combines patient interaction with operating sophisticated medical technology.

thumb_down Skip if

do_not_disturb_on You are unable to stand for long periods or perform physically demanding tasks, including lifting and moving patients.
do_not_disturb_on You require a predictable, low-stress work environment with regular 9-to-5 hours and no weekend or on-call duties.
do_not_disturb_on You are uncomfortable working in close proximity to patients with infectious diseases or dealing with traumatic injuries.
do_not_disturb_on You are not committed to continuous learning, as the technology and procedures in medical imaging are constantly evolving.

Sources cited (19)

The Landscape

The national landscape for Radiology Technologists reveals significant regional disparities, with the West Coast and Northeast offering the highest compensation. California, for instance, stands out with a median salary of $107,670, a figure driven not just by higher cost of living but also by its unique requirement for a state-specific examination in addition to the national ARRT certification. Similarly, states like Massachusetts ($99,910) and Hawaii ($99,670) in the Northeast and Pacific regions also command top salaries, reflecting strong demand and competitive markets.

Beyond initial licensing, continuing education requirements also vary, impacting ongoing career maintenance. While 24 CE hours per biennium is standard for many states, some, like Arkansas, require a mere 6 hours, while Florida asks for 12. These differences in both initial and ongoing requirements can significantly affect a technologist's career path and mobility, making certain states less bureaucratic to enter and maintain a license, while others demand more extensive preparation and commitment.