How to Become a Radiologic Technologist (X-Ray Tech)
Quick Answer: To become a radiology technician, complete an accredited radiologic technology program at a community college or trade school (typically a 2-year associate degree), then pass the ARRT certification exam and obtain state licensure where required. Clinical rotations are part of the program, giving hands-on experience before you start working. An associate degree is the minimum requirement for this role.
What does a Radiologic Technologist do?
Radiologic technologists (also called radiographers or X-ray technicians) operate imaging equipment to create diagnostic images of patients’ internal structures. They work with physicians to capture X-rays, CT scans, and fluoroscopic images that help diagnose injuries, diseases, and conditions - serving as essential members of healthcare diagnostic teams.
Primary Responsibilities
Patient Care and Preparation:
- Explain imaging procedures to patients and address concerns
- Position patients correctly for optimal image quality
- Adjust equipment settings based on patient size and body part
- Ensure patient comfort and safety during procedures
- Shield patients from unnecessary radiation exposure
Imaging Procedures:
- Operate X-ray and fluoroscopy equipment
- Capture diagnostic images of bones, organs, and tissues
- Perform contrast studies (barium, IVP)
- Conduct mobile/portable imaging in patient rooms
- Assist with interventional radiology procedures
Image Quality and Technical Skills:
- Evaluate images for diagnostic quality
- Repeat images when necessary
- Apply positioning techniques for various anatomical structures
- Adjust exposure factors for optimal image contrast
- Maintain image archives and PACS systems
Safety and Compliance:
- Follow ALARA principles (As Low As Reasonably Achievable)
- Wear and monitor radiation dosimetry badges
- Maintain equipment calibration and safety checks
- Document procedures according to protocols
- Ensure HIPAA compliance in patient records
Work Environment
Radiologic technologists work in various healthcare settings:
- Hospitals (emergency, surgical, inpatient units)
- Outpatient imaging centers
- Physician offices and clinics
- Urgent care centers
- Mobile imaging services
- Orthopedic and sports medicine practices
Certification and licensing requirements
ARRT Certification
Issuing Organization: American Registry of Radiologic Technologists
Requirements for ARRT (R):
- Graduate from JRCERT-accredited radiography program
- Meet ethics requirements
- Pass the ARRT certification examination
Exam Details:
- 200 multiple-choice questions
- 3.5-hour time limit
- Covers patient care, safety, procedures, and equipment
- Check ARRT website for current exam fee
Renewal: Every 2 years with 24 continuing education credits
State Licensure
Most states require radiologic technologists to be licensed:
| State Category | Requirement |
|---|---|
| Licensed States (Most) | ARRT certification + state license |
| Permit States | Registration with state agency |
| Non-Regulated States | Minimal or no state requirements |
Additional Certifications
Technologists can earn post-primary certifications in specialty modalities:
| Certification | Modality | Additional Training |
|---|---|---|
| RT(CT) | Computed Tomography | Structured education + clinical |
| RT(M) | Mammography | Structured education + clinical |
| RT(BD) | Bone Densitometry | Structured education + clinical |
| RT(CV) | Cardiovascular-Interventional | Advanced program |
| RT(MR) | Magnetic Resonance | Separate pathway or post-primary |
Step-by-step path to becoming a Radiologic Technologist
Step 1: meet basic requirements
Education: High school diploma or GED required
Recommended Preparation:
- Biology, chemistry, and physics
- Anatomy and physiology
- Mathematics (algebra)
- Computer skills
- Communication skills
Physical Requirements:
- Ability to stand for extended periods
- Lift and position patients (50+ lbs)
- Good visual acuity for image evaluation
- Manual dexterity for equipment operation
Step 2: complete an accredited radiography program
Choose a JRCERT-accredited program:
Associate Degree (2 years) - Most Common
- Comprehensive radiography curriculum
- Clinical rotation experience
- Qualifies for ARRT certification
- Entry point for most positions
Bachelor’s Degree (4 years)
- Includes general education
- May offer management/education tracks
- Better advancement opportunities
- Higher starting salaries
Certificate Programs (12-24 months)
- For those with related healthcare degrees
- Intensive clinical focus
- Less common pathway
Core Curriculum:
- Radiographic anatomy and positioning
- Radiation physics and biology
- Radiation protection and safety
- Image acquisition and evaluation
- Patient care and pharmacology
- Medical ethics and law
- Pathology for radiographers
- Quality assurance
Step 3: complete clinical rotations
Hands-on experience in real healthcare settings:
- Minimum 1,800+ clinical hours (varies by program)
- Rotation through multiple imaging areas
- Direct patient interaction
- Supervised image production
- Competency evaluations
Step 4: Pass the ARRT Certification Exam
After graduating:
- Submit ARRT application and fees
- Complete background check process
- Schedule exam at approved testing center
- Pass certification examination
- Receive RT(R) credential
Step 5: obtain state license
If your state requires licensure:
- Apply to state radiologic technology board
- Submit proof of ARRT certification
- Pay licensing fees
- Complete any additional state requirements
- Receive state license
Step 6: begin your career
Entry-Level Positions:
- Staff radiologic technologist
- General X-ray technologist
- Emergency department radiographer
- Outpatient imaging technologist
Where New Graduates Find Work:
- Community hospitals
- Outpatient imaging centers
- Orthopedic practices
- Urgent care facilities
- Multi-specialty clinics
Training programs and education options
Program types comparison
| Program Type | Duration | Best For |
|---|---|---|
| Associate Degree | 2 years | Standard entry path |
| Bachelor’s Degree | 4 years | Advancement potential |
| Certificate | 12-24 months | Career changers |
| Hospital-Based | 2 years | Immediate employment |
What to look for in a program
JRCERT Accreditation: Required for ARRT certification eligibility
Clinical Affiliations: Strong relationships with local hospitals and imaging centers
Pass Rates: Ask about ARRT first-time pass rates (pass rates vary by program)
Job Placement: Employment rates for recent graduates Individual outcomes vary.
Equipment: Modern imaging equipment for training
Simulation Labs: Practice opportunities before clinical rotations
Program curriculum structure
Year 1:
- Introduction to radiologic sciences
- Radiographic anatomy and positioning
- Patient care fundamentals
- Radiation physics
- Clinical rotations (basic procedures)
Year 2:
- Advanced positioning techniques
- Fluoroscopy and contrast procedures
- Specialized imaging
- Pathology and image analysis
- Clinical rotations (advanced)
Program costs
Tuition by school type
Based on reported tuition from 118 schools offering Radiology Technician programs nationwide.
| School Type | Schools Reporting | Typical Tuition | Range |
|---|---|---|---|
| Community College (Public, 2-year) | 61 | $4,104 | $1,128 – $7,200 |
| Public University (4-year) | 34 | $6,569 | $2,090 – $17,940 |
| Private For-Profit School (2-year) | 2 | $14,734 | $13,930 – $15,537 |
| Private For-Profit School (4-year) | 3 | $12,715 | $11,982 – $14,908 |
| Private Nonprofit University (4-year) | 18 | $26,580 | $11,691 – $65,081 |
Tuition figures reflect annual published in-state tuition and fees as reported to IPEDS (Integrated Postsecondary Education Data System). Actual costs vary by program length, residency status, and financial aid. Contact schools directly for current pricing.
About this data
This table is based on 118 of 704 schools in our database that offer Radiology Technician programs and report tuition data to IPEDS. "Typical Tuition" shows the median (middle value) for each school type. Tuition shown is the published annual rate before financial aid or scholarships.
Financial aid options
Financial aid is available at schools that participate in federal student aid programs. Complete the FAFSA to determine eligibility.
- Federal Pell Grants: Up to $7,395 per year (2026-27 award year) for eligible students
- Federal Student Loans: Subsidized and unsubsidized options available through FAFSA
- State Grants: Many states offer education grants for vocational and technical programs
- Scholarships: Professional associations and schools may offer program-specific scholarships
- Payment Plans: Many schools offer tuition installment plans
Radiologic Technologist salary and job outlook
Salary by Experience Level
| Percentile | Hourly Wage | Annual Salary |
|---|---|---|
| 10th (Entry-level) | $25.18 | $52,360 |
| 25th | $30.24 | $62,910 |
| Median (50th) | $37.34 | $77,660 |
| 75th | $45.01 | $93,610 |
| 90th (Top earners) | $51.44 | $106,990 |
| Mean (average) annual wage | $79,760 | |
Source: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics, May 2024
Job Outlook
| Metric | Value |
|---|---|
| Employment (2024) | 228,000 |
| Projected Employment (2034) | 237,800 |
| Projected Growth (2024-2034) | 4.3% (about as fast as average) |
| Annual Job Openings | 12,900 |
Source: U.S. Bureau of Labor Statistics, Occupational Outlook Handbook
Growth is driven by an aging population, increased imaging utilization, and new diagnostic applications.
Salary by State
Career advancement opportunities
Specialization Options
Imaging Modalities:
- Computed Tomography (CT)
- Magnetic Resonance Imaging (MRI)
- Mammography
- Bone Densitometry
- Cardiovascular-Interventional Radiography
- Fluoroscopy
Advanced Roles:
- Lead radiologic technologist
- Quality assurance coordinator
- PACS administrator
- Radiology supervisor/manager
- Clinical instructor
Advanced Certifications
| Certification | Requirements |
|---|---|
| CT (Computed Tomography) | ARRT(R) + structured education + clinical |
| MRI | ARRT(R) + structured education + clinical |
| Mammography | ARRT(R) + structured education + clinical |
| CV (Cardiovascular) | Additional program + experience |
Each additional certification can increase earning potential.
Career Paths
| Role | Requirements |
|---|---|
| CT Technologist | ARRT(R)(CT) certification |
| MRI Technologist | ARRT(R)(MR) certification |
| Radiology Supervisor | 5+ years + leadership skills |
| Imaging Manager | Bachelor’s + experience |
| Radiology Educator | Master’s + experience |
Related career transitions
- Radiation Therapist: Additional 12-24 month program
- Diagnostic Medical Sonographer: Bridge programs available
- Nuclear Medicine Technologist: Additional certification
- Healthcare Administration: Management pathway
Pros and challenges of this career
Benefits
- Competitive salary for an associate degree
- Steady job growth with strong annual openings
- Multiple specialization pathways
- Technology-focused healthcare role
- Defined work hours in many settings
- Clear advancement opportunities
- Direct impact on patient diagnosis
- Variety of work environments available
Challenges
- Radiation exposure concerns (though minimal with proper protection)
- Physically demanding (lifting, standing)
- Weekend, holiday, and on-call shifts common
- Fast-paced, high-volume work environments
- Emotional demands with seriously ill patients
- Continuing education requirements
- State licensing complexity
- Night shifts required in hospital settings
Frequently asked questions
How long does it take to become a radiologic technologist?
Most radiologic technology programs take 2 years for an associate degree. Including ARRT certification and state licensing, you can begin working within 2-2.5 years. Bachelor’s degree programs take 4 years but offer better advancement opportunities.
How much does radiologic technology school cost?
Tuition varies by school type and location. See the program costs section above for current figures based on IPEDS data.
Is radiologic technology a good career choice?
Radiologic technology offers excellent career prospects with competitive salary, steady growth, and strong annual openings. Multiple specialization paths (CT, MRI, mammography) allow significant salary increases. The career suits those interested in both technology and patient care. See the salary data above for current BLS figures.
Is ARRT certification required?
ARRT certification is required by most employers and necessary for state licensure in regulated states. You must graduate from a JRCERT-accredited program to be eligible for ARRT certification.
What is the difference between a radiologic technologist and a radiology technician?
The terms are often used interchangeably. “Radiologic technologist” is the more formal, professional title recognized by ARRT. “X-ray technician” is a common informal term. All refer to professionals who operate diagnostic imaging equipment.
How much radiation exposure do radiologic technologists receive?
With proper safety protocols (shielding, distance, dosimetry monitoring), radiation exposure is minimal and well within safe limits. Regulatory bodies set strict exposure limits that are rarely approached. Most technologists receive far less radiation than natural background levels.
Can I specialize after becoming a radiologic technologist?
Yes, ARRT offers numerous post-primary certifications including CT, MRI, mammography, bone densitometry, and cardiovascular-interventional radiography. Specializing typically requires additional structured education, clinical experience, and passing specialty exams.
What skills do radiologic technologists need?
Essential skills include technical aptitude with imaging equipment, attention to detail for image quality, patient communication and positioning skills, knowledge of anatomy, radiation safety awareness, and ability to work under pressure in emergency situations.
How much do radiologic technologists make per hour?
Wages vary by location, experience, and specialization. See the salary data above for current BLS figures.
Do radiologic technologists work in hospitals?
Yes, hospitals are the largest employer of radiologic technologists. They work in emergency departments, surgical suites, inpatient floors, and outpatient imaging departments. Hospital positions often include benefits but may require shift work.
What is the job outlook for radiologic technologists?
The BLS projects continued growth driven by an aging population requiring more diagnostic imaging and advances in imaging technology. See the job outlook section above for current projections.
Can radiologic technologists become doctors?
While any career can transition to medicine with appropriate education, radiologic technologists can also advance within imaging through roles like radiologist assistant (requires master’s degree) or move into healthcare administration, education, or specialized technologist roles.
How to get started today
Ready to begin your radiologic technology career? Follow these steps:
- Research Programs: Use the search tool below to find JRCERT-accredited radiography programs in your area
- Compare Options: Consider program length, cost, clinical sites, and ARRT pass rates
- Check Prerequisites: Verify required courses and application requirements
- Apply for Financial Aid: Complete the FAFSA and explore scholarship opportunities
- Apply to Programs: Submit applications before deadlines
Additional Resources
Certification and Accreditation
- American Registry of Radiologic Technologists (ARRT): arrt.org – Certification requirements and exam information
- Joint Review Committee on Education in Radiologic Technology (JRCERT): jrcert.org – Find accredited programs
Professional Organizations
- American Society of Radiologic Technologists (ASRT): asrt.org – Professional development, advocacy, and resources
- State Radiologic Technology Societies: Local networking and continuing education
Continuing Education
- ASRT Learning Center: Online CE courses for ARRT renewal
- Manufacturer Training: Equipment-specific certifications
- Professional Conferences: ASRT annual meeting and regional conferences
State licensing information
- Conference of Radiation Control Program Directors: crcpd.org – State regulatory information
- State Health Departments: Specific licensing requirements
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