How to Become a Rad Tech in Utah

Radiologic technologists combine advanced imaging expertise with compassionate patient care, playing a crucial role in Utah's diagnostic medical teams. These professionals master sophisticated equipment to capture detailed images that help physicians diagnose and treat various conditions, from broken bones to serious illnesses.

In Utah's expanding health care landscape, rad techs work across diverse settings—from bustling emergency departments to specialized imaging centers. The profession offers a unique blend of technical precision and direct patient interaction, attracting individuals who enjoy working with both cutting-edge technology and people during important moments in their medical journey.

Key Points:  

• Utah employs over 1,610 radiologic technologists, based on data from the Bureau of Labor Statistics (BLS).  
• The annual mean wage for radiologic technologists in Utah is $72,690, according to BLS.  
• Accredited programs and ARRT certification are mandatory to work as a radiologic technologist in Utah.  
• Rapid job growth is projected for the profession, with a 21% increase expected in Utah by 2030.  
• The field combines advanced technology with direct patient care, offering opportunities for specialization and career growth.  

What is a Rad Tech?

A radiologic technologist produces diagnostic images using equipment such as X-ray machines, computed tomography (CT) scanners, and magnetic resonance imaging (MRI) devices. The role involves interacting with patients, positioning them for imaging, and ensuring safety protocols are followed. According to O*NET, tasks include explaining imaging procedures, monitoring patients for adverse reactions, and adjusting imaging equipment to obtain clear diagnostic images.

Critical skills include attention to detail, technical proficiency, and strong communication abilities. Many technologists also work with specialized imaging software and maintain electronic patient records, requiring comfort with computers and organizational skills.  

Steps to Become a Rad Tech in Utah

Step 1: Complete High School or Earn a GED

A high school diploma or equivalent is essential to begin this career path. Courses in biology, anatomy, physics, and algebra are especially helpful for preparing for the technical and scientific coursework in a radiologic technology program.  

High school graduates should research rad tech programs in Utah to identify prerequisite courses. These often include human anatomy, physiology, and algebra. Salt Lake Community College (SLCC) and Weber State University (WSU) are two Utah institutions offering accredited programs.  

Step 2: Enroll in an Accredited Radiologic Technology Program

Accreditation through the Joint Review Committee on Education in Radiologic Technology (JRCERT) is critical for ensuring eligibility for the ARRT certification exam. Utah offers both associate and bachelor's degree options for aspiring technologists.  

Utah Educational Programs:

• Salt Lake Community College (SLCC): Offers a two-year Associate of Applied Science (AAS) program combining classroom learning with clinical rotations. Topics include radiographic procedures, radiation protection, and patient care.  
• Weber State University (WSU): Provides both associate and bachelor’s degree programs. The Bachelor of Science (BS) option allows students to specialize in advanced imaging modalities like MRI or CT. WSU also offers flexible online pathways for working professionals.  

Programs include hands-on clinical training in Utah health care settings. Students gain experience operating imaging equipment and interacting with patients under supervision. Clinical placements often occur in facilities like Intermountain Health care and University of Utah Health.  

Step 3: Pass the ARRT Certification Exam

Graduates of accredited programs must pass the American Registry of Radiologic Technologists (ARRT) certification exam. This is a comprehensive test covering patient care, imaging procedures, and radiation safety.  

Exam Preparation Tips:

• Review coursework thoroughly, focusing on anatomy, radiographic techniques, and safety protocols.  
• Use ARRT study guides and practice exams to familiarize yourself with the test format.  
• Take advantage of exam preparation resources offered by your program, such as mock tests or review sessions.  

Earning ARRT certification demonstrates competence in radiologic technology and is required by most employers in Utah.  

Step 4: Fulfill Utah Licensing Requirements

Utah does not require a state-specific license for radiologic technologists. However, employers in the state generally require candidates to hold active ARRT certification.  

For entry-level roles, Limited Scope of Practice in Radiography is an option. This pathway allows individuals to perform basic radiographic procedures after passing a limited scope exam. It is less comprehensive than full ARRT certification and is typically used as a starting point for those exploring the field.  

Step 5: Begin Your Job Search

After earning certification, candidates can explore job openings in hospitals, diagnostic labs, and outpatient imaging centers across Utah. Many positions are available in urban areas like Salt Lake City, but rural hospitals and clinics also provide opportunities.  

Top Employers in Utah:

• Intermountain Health care: Operates over 20 hospitals statewide and employs radiologic technologists across multiple departments.  
• University of Utah Health: Offers advanced diagnostic services and opportunities for specialization in areas like nuclear medicine or interventional radiography.  
• MountainStar Health care: Provides jobs in both inpatient and outpatient facilities with a focus on high-quality imaging services.  

Networking with professionals during clinical rotations can help secure a position after graduation. Graduates of Utah programs, particularly those at WSU and SLCC, often benefit from strong employer partnerships.  

Step 6: Pursue Advanced Certifications

Specializing in advanced imaging modalities can increase earning potential and open new career paths. Common ARRT postprimary certifications include:  

• CT Imaging: Used for cross-sectional imaging in emergency and oncology settings.  
• MRI: Ideal for those interested in detailed diagnostic imaging of soft tissues.  
• Mammography: In demand for breast cancer screenings, particularly in underserved areas.  

Additional certifications require clinical experience in the specialty and passing a separate ARRT exam. WSU offers coursework and clinical opportunities to meet these requirements.  

Step 7: Maintain ARRT Certification

ARRT certification renewal is required every two years and involves completing 24 continuing education (CE) credits. Utah professionals can fulfill CE requirements through local organizations and online programs.  

Continuing Education Options:

Utah Society of Radiologic Technologists (USRT): Hosts annual conferences and workshops focused on professional development.
2. WSU Online Courses: Offers flexible CE options for technologists looking to stay up to date.  

Continuing education ensures competence in new imaging technologies and evolving safety standards.  

Licensure in Utah

While Utah does not mandate state-specific licensure, ARRT certification is required for employment. Graduates must complete an accredited program and pass the ARRT exam to qualify. Detailed licensing information is available from the Utah Department of Commerce – Division of Occupational and Professional Licensing.  

Frequently Asked Questions

How long does it take to become a rad tech in Utah?  

Most students complete a radiologic technology program in two years. Programs like the AAS at SLCC or similar degrees from WSU include classroom instruction and clinical training.  

What skills are important for a rad tech?  

Rad techs need strong technical abilities, attention to detail, and excellent communication skills. Comfort with advanced imaging equipment and patient interaction is essential.  

Where do rad techs in Utah typically work?  

Most positions are found in hospitals, outpatient imaging centers, and diagnostic labs. Major employers include Intermountain Health care and University of Utah Health.  

What opportunities exist for specialization?  

Specializations include CT imaging, MRI, and mammography. Advanced certifications require additional clinical experience and exams through ARRT.  

Are there flexible education options for those already working?  

Yes, WSU offers online degree-completion programs for certified professionals seeking a bachelor’s degree or advanced training.

Starting Your Journey as a Rad Tech in Utah

Working as a radiologic technologist combines the precision of medical imaging with direct patient interaction. The role offers opportunities to work with cutting-edge diagnostic equipment while making meaningful contributions to patient care. Utah's growing health care sector provides diverse work environments, from bustling trauma centers to specialized imaging clinics, allowing rad techs to find positions that match their interests and preferred work-life balance.

Ready to take the first step? Research JRCERT-accredited programs at institutions like Weber State University or Salt Lake Community College. Connect with current students or practicing professionals to gain insights into the day-to-day realities of the profession. Contact program advisors to learn more about admission requirements, clinical rotations, and financial aid options that could help you begin your rad tech career.