How to Become a Rad Tech in Nevada

Radiologic technologists blend technical expertise with patient care, using advanced imaging equipment to capture the detailed diagnostic images physicians need to make accurate diagnoses. In Nevada's diverse health care landscape, these professionals work across settings from bustling emergency departments to specialized imaging centers, adapting their skills to meet varying patient needs.

The path to becoming a rad tech in Nevada offers a unique combination of hands-on clinical experience and technological mastery. While the role demands attention to detail and strong technical abilities, it also requires professionals who can communicate effectively with patients during potentially stressful procedures, making it an ideal choice for those who want to combine their interest in technology with direct patient care.

Key Points

• Nevada does not require state licensure for radiologic technologists, but certification from the American Registry of Radiologic Technologists (ARRT) or a similar credentialing body is widely preferred.
• Approximately 1,580 radiologic technologists work in Nevada, according to the Bureau of Labor Statistics.
• An Associate of Applied Science (AAS) in Radiologic Technology is the most common educational path.
• The annual mean salary for radiologic technologists in Nevada is $86,570, while the hourly mean wage is $41.62.
• The profession is expected to grow by 6% from 2023 to 2033, creating new employment opportunities.

What is a Rad Tech?

Radiologic technologists, or rad techs, are health care professionals who specialize in capturing diagnostic images using advanced imaging equipment. These professionals work closely with patients to ensure accurate and safe imaging procedures. They play a critical role in patient care by providing physicians with the images needed to assess injuries or illnesses.

Responsibilities of a Rad Tech

Rad techs perform tasks such as:

• Operating imaging machines like X-ray, MRI, and CT equipment.
• Positioning patients for optimal diagnostic imaging.
• Monitoring patient safety and ensuring compliance with radiation safety regulations.
• Explaining procedures to patients and observing their responses during scans.

Specializations in Radiologic Technology

Rad techs may pursue specialized certifications in areas such as:

• MRI Technology: Producing detailed images using magnetic fields and radio waves.
• CT Imaging: Generating cross-sectional images for diagnostic purposes.
• Pediatric Radiography: Focusing on imaging techniques for children.
• Interventional Radiography: Assisting with minimally invasive, image-guided medical procedures.

Flexibility in work settings allows rad techs to choose environments like hospitals, outpatient centers, or diagnostic laboratories.

Steps to Become a Rad Tech in Nevada

Step 1: Earn a High School Diploma or GED

A high school diploma or GED is the first requirement for aspiring rad techs. Courses in biology, physics, anatomy, and algebra provide foundational knowledge for future radiologic studies. Nevada high schools offering health science tracks or vocational programs can also prepare students for this career.

Step 2: Complete a Radiologic Technology Program

Enrolling in a radiologic technology program accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT) is a critical step. Programs typically lead to an Associate of Applied Science (AAS) degree, which takes two years to complete.

Accredited Programs in Nevada

1. Truckee Meadows Community College (TMCC)
2. Offers a 21-month AAS in Radiologic Technology.
3. Includes coursework in medical terminology, radiographic positioning, and patient care.

4. Provides hands-on clinical rotations in Nevada health care facilities.

5. College of Southern Nevada (CSN)

6. Features an AAS in Radiation Therapy Technology.

7. Focuses on therapeutic imaging but imparts transferable skills for diagnostic radiology roles.

8. Northwest Career College

9. Offers an 18-month Radiography Program combining classroom education with clinical practice.
10. Prepares students for entry-level positions in radiologic imaging.

Program Highlights

• Clinical Rotations: Practical training in hospitals and diagnostic labs to build real-world experience.
• Curriculum: Topics include radiographic procedures, anatomy, and radiation safety.
• Prerequisites: May include completion of courses in human anatomy and physiology.

Graduating from an accredited program qualifies students to sit for the ARRT certification exam.

Step 3: Pass the ARRT Certification Exam

The ARRT certification exam is a national requirement for most rad tech positions. This exam tests knowledge in patient care, imaging procedures, and radiation safety.

Exam Preparation Tips

• Study ARRT-approved materials, including practice tests and review guides.
• Focus on mastering radiologic physics, patient positioning, and regulatory compliance.
• Consider taking preparatory courses offered by training programs or professional organizations.

Certification demonstrates competency and increases employability in Nevada health care settings.

Step 4: Begin Your Career as a Rad Tech in Nevada

Entry-level rad techs can find employment in hospitals, outpatient imaging centers, and diagnostic labs across Nevada. Gaining experience in general radiography provides opportunities to explore advanced imaging roles.

Major Employers in Nevada

• Desert Radiology: Operates six outpatient facilities and serves 11 Nevada hospitals.
• University Medical Center of Southern Nevada (UMC): Known for its robust imaging services in Las Vegas.
• Renown Regional Medical Center: Offers advanced radiology services in Reno and surrounding areas.

Job Market Insights

Urban centers like Las Vegas, Henderson, and Reno offer the highest concentration of rad tech positions. Nevada’s growing population and health care infrastructure provide a stable demand for qualified professionals.

Step 5: Pursue Advanced Certifications

Rad techs seeking career advancement can earn specialized certifications through ARRT. These credentials demonstrate expertise in specific imaging techniques, making candidates more competitive for higher-paying roles.

Popular Advanced Certifications

• CT Imaging: For technologists interested in cross-sectional imaging.
• MRI Technology: Focused on producing high-resolution anatomical images.
• Mammography: Specializing in breast imaging for early detection of cancer.

Advanced certifications often result in higher salaries and expanded job responsibilities.

Step 6: Maintain Certification and Continuing Education

ARRT certification requires annual renewal, which includes completing continuing education (CE) credits. Rad techs must accumulate 24 CE credits every two years to stay certified.

Continuing Education Resources in Nevada

• Nevada Society of Radiologic Technologists (NvSRT): Offers CE workshops and professional development events.
• Employer-Sponsored Training: Many Nevada health care providers offer in-house CE opportunities.

Ongoing education ensures rad techs remain proficient in the latest imaging technologies and techniques.

Step 7: Consider Advanced Education

Earning a bachelor’s degree opens opportunities in management, teaching, or advanced radiologic specialties. Nevada residents can explore degree-completion programs or online options for working technologists.

Examples of Advanced Degrees

• Bachelor of Science in Radiologic Sciences: Prepares technologists for leadership roles.
• Master’s Degree in Radiologic Technology: For individuals pursuing careers in research or education.

Advanced education aligns with long-term career growth goals in the radiologic field.

Licensure in Nevada

Nevada does not require state licensure for radiologic technologists. Employers generally expect candidates to hold ARRT certification or similar credentials. For updates on state regulations, visit the Nevada State Division of Public and Behavioral Health.

Salary and Job Market Insights

The annual mean wage for radiologic technologists in Nevada is $86,570, with an hourly mean wage of $41.62. Higher salaries are often available for technologists with advanced certifications or significant experience.

The profession is projected to grow by 6% between 2023 and 2033, driven by population growth and increased demand for diagnostic imaging.

Frequently Asked Questions

How long does it take to complete a radiologic technology program in Nevada?

Most programs take two years to complete and result in an Associate of Applied Science degree.

Is ARRT certification required to work in Nevada?

While the state does not mandate certification, most employers require ARRT credentials for employment.

What types of imaging equipment do rad techs operate?

Rad techs work with equipment like X-ray, MRI, CT, and fluoroscopy machines.

Are there opportunities for specialization in radiologic technology?

Yes, technologists can specialize in areas such as CT, MRI, mammography, or interventional radiography.

Do rad techs in Nevada need continuing education?

Yes, ARRT certification requires 24 continuing education credits every two years.

What is the job outlook for rad techs in Nevada?

The field is expected to grow, with new positions emerging due to the increasing need for diagnostic imaging services.

Start Your Journey as a Rad Tech in Nevada

Working as a radiologic technologist offers a unique blend of patient care and cutting-edge technology. Beyond the technical aspects of operating imaging equipment, rad techs develop meaningful connections with patients during critical moments of their health care journey. The role demands both precision and compassion, making each day dynamic and rewarding.

If you're ready to pursue a career in radiologic technology, start by researching JRCERT-accredited programs in Nevada. Contact program advisors to learn about admission requirements, schedule campus tours, and connect with current students or alumni who can share their experiences. Your path to becoming a skilled imaging professional begins with that first step.