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Radiologic Technologist

Radiologic technologists operate imaging equipment and position patients to produce diagnostic X-rays.

Average salary
$80,110
Salary range
$55,980 – $118,660
Training time
2 years full time
Job market
Faster than average
8/10
Work-life balance
Fair
5/10

Radiologic technologists prepare patients for imaging exams, explain procedures, and position individuals to capture precise medical images. They operate X-ray equipment while shielding patients and staff from unnecessary radiation exposure. Technologists review image quality, repeat exposures when necessary, and maintain patient records while collaborating with radiologists on results. Working primarily full time in hospitals, clinics, and diagnostic imaging centers, these professionals spend long periods on their feet, carefully lifting and turning patients.

A workday

A day in the life

What does a workday really look like?

A standard inpatient shift managing emergency, surgical, and floor imaging requests.

  1. 7:00 AM
    Shift handoff and equipment safety checks

    Review morning patient schedules, inspect X-ray equipment, and receive updates from the night staff.

  2. 8:00 AM
    Outpatient chest and extremity imaging

    Greet scheduled outpatients, explain exam steps, position them on the table, and take diagnostic X-rays.

  3. 10:30 AM
    Trauma and mobile inpatient exams

    Transport mobile radiographic equipment to inpatient hospital floors and urgent trauma bays.

  4. 12:30 PM
    Meal break

    Take a scheduled lunch break away from the active radiology suites.

  5. 1:15 PM
    Image review and documentation

    Evaluate image quality, repeat any unclear views, and transmit digital files to radiologists.

  6. 2:30 PM
    Fluoroscopy and specialty assistance

    Assist physicians during specialized imaging exams while ensuring strict radiation protection.

  7. 3:30 PM
    Shift wrap-up and workstation sanitation

    Clean radiographic tables, restock lead aprons, and brief the incoming evening team.

Task breakdown

A daytime imaging shift handling scheduled exams and urgent walk-in patients.

  1. 8:00 AM
    Clinic opening and system calibration

    Power on X-ray machines, run routine quality control tests, and review the day's appointment list.

  2. 9:00 AM
    Scheduled orthopedic examinations

    Position patients for joint and bone imaging, place radiation shields, and operate imaging consoles.

  3. 11:30 AM
    Record management and radiologist consultation

    Log patient exams into electronic health records and clarify clinical orders with radiologists.

  4. 12:30 PM
    Lunch break

    Step away for a midday meal break.

  5. 1:15 PM
    Urgent care walk-in X-rays

    Perform immediate chest and extremity imaging for walk-in clinic patients.

  6. 3:00 PM
    Image quality assessment

    Inspect image clarity, verify exposure factors, and complete digital paperwork.

  7. 4:30 PM
    Daily closing and machine shutdown

    Sanitize equipment, archive remaining daily records, and power down the imaging suite.

Salary data

What do you really earn?

Salary by experience, sector and region.

Minimum
$55,980
Average
$80,110
Maximum
$118,660

Salary by region

RegionMinAvg.Max
National$55,980$80,110$118,660
California$70,210$121,260$165,460
Texas$48,550$78,630$102,630
Florida$51,390$76,750$99,020
New York$67,540$98,470$129,310
Ohio$60,360$78,320$98,450

Typical benefits

Shift differential pay
Extra pay provided for working evening, night, weekend, or on-call hours.
Health insurance
Comprehensive medical insurance coverage provided by healthcare employers.
Tuition help for advanced imaging certifications
Financial employer assistance to study and test for specialized imaging credentials.
Retirement plan
Employer-sponsored retirement savings options.

Pathways

Education pathways

Which paths lead to this profession?

Associate degree

2 years full time

Associate degree in radiologic technology

The most common route into the job. Programs include supervised clinical training in hospitals.

Costs
About $4,150 a year in average published tuition and fees at a public two-year college (in-district)
Entry requirements
High school diploma with math and science courses
Certificate

1 to 2 years

Hospital-based radiography certificate program

Graduates of accredited programs can sit for the ARRT exam.

Entry requirements
Varies, sometimes prior healthcare education
Bachelor's degree

4 years full time

Bachelor's degree in radiologic sciences

Helpful for management, education or advanced imaging roles.

Costs
About $11,950 a year in average published tuition and fees at a public four-year college for in-state students, and $45,000 at a private nonprofit four-year college
Entry requirements
High school diploma or equivalent

Profile

Skills & personality

Is this a good fit for you?

Hard skills

  • Patient positioningAligning patients and equipment accurately to capture clear diagnostic images.
  • Radiographic equipment operationCalibrating and running X-ray machines and advanced imaging technology.
  • Radiation safetyApplying protective shielding and protocols to minimize radiation exposure for patients and staff.
  • Image quality evaluationAssessing diagnostic clarity and determining whether images need to be repeated.
  • Medical terminologyUnderstanding anatomical terms and clinical orders from physicians.
  • Electronic health recordsEntering patient exam data, maintaining records, and transmitting digital images.

Soft skills

  • CompassionProviding comforting care to patients who may be injured, anxious, or in pain.
  • Attention to detailSetting exact machine parameters and following precise positioning guidelines.
  • Calm in emergenciesMaintaining composure and speed when handling urgent trauma cases.
  • CommunicationExplaining exam instructions clearly to patients and coordinating with medical staff.

Is this a good fit for you?

  • ✓
    CompassionateShowing genuine empathy and reassuring patients throughout physical imaging exams.
  • ✓
    Detail-orientedEnsuring precise patient angles, accurate machine settings, and correct radiation shielding.
  • ✓
    ComposedStaying steady and effective during acute emergencies and high-stress hospital situations.
  • ✓
    CommunicativeExplaining complex procedures simply to patients and collaborating closely with radiologists.
  • ✓
    VigilantConstantly observing radiation safety standards to protect patients, colleagues, and oneself.

Market

Job market & outlook

What does the market look like?

Openings per year
13,000
Trend
Growth
Growth
+5%
AI impact
4/10
AI improves image quality, flags findings and speeds up workflow, while positioning patients, caring for them and running exams stay human.

Regional demand

Florida
High demand exists in outpatient care facilities and regional health centers.
6/10
Ohio
Regional healthcare networks and clinical practices maintain steady staffing needs.
6/10
New York
Hospitals and diagnostic imaging facilities generate continuous hiring demand.
5/10
Texas
Employment demand remains steady throughout major medical centers and outpatient clinics.
5/10
California
Technologists find opportunities across extensive state medical networks and hospital systems.
4/10

Growth

Career paths

Where can this profession take you?

Vertical growth

  1. Radiologic technologist
    0-3 years

    Entry-level position performing standard diagnostic X-rays and protecting patients from radiation exposure.

  2. CT or MRI technologist
    2-5 years

    Specialized imaging role operating advanced computed tomography or magnetic resonance imaging equipment.

  3. Lead technologist
    5-8 years

    Supervisory role directing daily clinic or hospital imaging workflow and guiding technologist staff.

  4. Radiology department manager
    8+ years

    Department management position overseeing healthcare operations, departmental budgets, and imaging personnel.

Horizontal move

  • Mammography technologist

    Lateral career step focusing on specialized breast tissue imaging and diagnostic screening.

  • Medical laboratory technician

    Lateral career transition into diagnostic laboratory testing and specimen analysis.

    View Medical Laboratory Technician

Good to know

Practical info

Working hours
Mostly full time, with part time and per diem jobs also common.
Remote work
Remote work is not possible because technologists must position patients and run the equipment in person.
Physical requirements
On your feet for long periods, lifting and turning patients, while following radiation safety rules.
Typical employers
Hospitals, diagnostic imaging centers, physician offices, outpatient care centers, and urgent care clinics.
Professional associations
American Society of Radiologic Technologists (ASRT)

FAQ

Frequently asked questions

What does a radiologic technologist do?

A radiologic technologist performs diagnostic imaging examinations such as X-rays on patients. They explain procedures, position patients and imaging equipment, and follow radiation safety protocols to protect everyone from unnecessary exposure. Additionally, technologists check image clarity, repeat scans when necessary, maintain medical records, and collaborate with radiologists on test results in hospitals, physician offices, and outpatient clinics.

What qualifications or certifications are needed to work?

Most employers require ARRT certification and registration, along with a state license or certification in most states. Technologists typically also need Basic Life Support certification. To qualify for certification exams, candidates complete an accredited education program, such as an associate degree or certificate in radiologic technology, which includes supervised clinical training within healthcare facilities.

Can a radiologic technologist work remotely?

Remote work is not possible for radiologic technologists because they must position patients and operate equipment in person. Every examination requires hands-on assistance, including physically adjusting equipment, helping patients onto tables, and maintaining direct radiation safety controls. Consequently, technologists perform all their duties on-site in hospitals, urgent care centers, doctor offices, and diagnostic clinics.

What are the typical work shifts for this profession?

Work shifts include daytime schedules in clinics as well as evening, night, weekend, and on-call hours in hospitals. Because hospitals require imaging staff around the clock, technologists frequently cover irregular hours or emergency shifts. Many positions offer full time schedules, while part time and per diem opportunities are also common across various medical settings.

What is the physical demand of this career?

The career is physically demanding because technologists spend long periods on their feet. Daily duties involve turning and lifting patients who have limited mobility to achieve proper diagnostic positioning. Throughout these strenuous physical tasks, technologists must handle heavy machinery, wear protective gear, and follow strict radiation protection procedures to keep themselves and patients safe.

How will artificial intelligence affect radiologic technologists?

Artificial intelligence will assist radiologic technologists rather than replace them. While artificial intelligence tools improve image quality, flag findings, and speed up imaging workflows, the core human responsibilities remain irreplaceable. Technologists are still required in person to provide compassionate patient care, accurately position individuals on equipment, and safely conduct the physical examinations.

In depth

All about radiologic technologist

The background, context and details.

What radiologic technologists do

Radiologic technologists perform diagnostic imaging procedures, most notably X-rays, to assist physicians in diagnosing illnesses and injuries. They greet patients, explain imaging procedures, and address questions to ease anxiety. Positioning patients precisely is essential to obtain clear diagnostic views while avoiding repeated radiation exposure. Technologists operate sophisticated radiographic machinery, adjust exposure settings, and apply lead shielding to protect patients and medical personnel. After taking images, they inspect visual quality and record patient data in electronic health records before sharing findings with radiologists.

Work environment and work schedules

Most technologists work in hospitals, diagnostic imaging centers, physician offices, outpatient care centers, and urgent care clinics. Because hospitals require imaging services around the clock, technologists in hospital settings often work evening, night, weekend, and on-call shifts. In contrast, positions in physician offices and outpatient clinics generally follow standard daytime business hours. Employment options include mostly full time roles, though part time and per diem positions are widely available. The job requires significant physical stamina, as technologists stay on their feet for long periods and regularly lift and turn patients.

Education and credentialing requirements

Entering the radiography field typically requires completing an accredited education program. The most common pathway is a 2 years full time associate degree in radiologic technology, which combines classroom instruction with supervised hospital clinical training. Some candidates choose a 1 to 2 years hospital-based certificate program or a 4 years full time bachelor's degree in radiologic sciences. In addition to educational credentials, most states require a state license or certification. Most healthcare employers mandate ARRT certification and registration, alongside Basic Life Support certification.

Career advancement and industry outlook

With experience, radiologic technologists can advance into specialized imaging modalities, supervisory positions, or management. Career growth vertical steps include transitioning into CT or MRI technologist roles, advancing to lead technologist, and moving into a radiology department manager position. Lateral opportunities include working as a mammography technologist or cross-training as a medical laboratory technician. Employment is projected to change by 5% over the next decade, with about 13,000 openings projected each year across the United States.