How To Get An MRI Tech Certification

Becoming certified as an MRI (Magnetic Resonance Imaging) technologist can open doors in the medical imaging field and advance your career as a specialized healthcare professional. Here’s a step-by-step guide on obtaining an MRI tech certification.

1. Meet Prerequisites

• Education: Most MRI tech certification programs require you to have at least an associate’s degree in radiologic technology, nuclear medicine, or a related healthcare field.
• Certification in Radiography or Nuclear Medicine: Many MRI programs require certification as a radiologic technologist (RT) or nuclear medicine technologist (NMT) as a prerequisite. You can obtain this certification from the American Registry of Radiologic Technologists (ARRT) or the Nuclear Medicine Technology Certification Board (NMTCB).

2. Complete an MRI Training Program

• If you aren’t already in the field of radiologic or nuclear medicine technology, enroll in a program that offers MRI-specific training. Many associate’s and bachelor’s programs include MRI coursework.
• If you’re already a certified RT or NMT, consider a post-primary certification program or MRI-specific certificate program to gain specialized knowledge in MRI technology. Look for programs accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT) or the American Registry of Magnetic Resonance Imaging Technologists (ARMRIT).

3. Gain Clinical Experience in MRI

• Clinical experience is essential for learning MRI protocols, patient care, and safe equipment operation. Most programs include a clinical component, but if not, you’ll need to seek MRI experience through an internship, externship, or supervised work in an MRI department.
• Aim to complete the clinical hours required by your certification body. ARRT, for example, mandates a minimum number of clinical competencies before taking the MRI certification exam.

4. Choose Your Certification Path

• You can pursue MRI certification through either ARRT or ARMRIT:
  • ARRT (American Registry of Radiologic Technologists): This is the most widely recognized certification and is often required by employers.
  • ARMRIT (American Registry of Magnetic Resonance Imaging Technologists): This certification focuses solely on MRI and is a good option if you’re not already certified in another modality like radiography.
• Decide which path suits your career goals and whether one certification is more preferred by your target employers.

5. Pass the MRI Certification Exam

• After meeting education, training, and clinical experience requirements, register for the MRI certification exam. Each organization (ARRT or ARMRIT) has its own exam structure and application process.
• ARRT MRI Exam: Covers patient care, MRI safety, image production, and MRI procedures. You’ll need to pass with a scaled score of 75 or higher.
• ARMRIT MRI Exam: Focuses on MRI physics, clinical imaging, and safety. This exam also requires a passing score to achieve certification.

6. Maintain Certification Through Continuing Education

• Certification is typically valid for a period (ARRT, for example, requires annual renewal). You’ll need to complete continuing education (CE) credits to keep your certification active.
• Continuing education can include workshops, seminars, online courses, or other approved training focused on MRI technology and advancements.

Additional Tips for Success

• Networking and Job Applications: Once certified, network with professionals in radiology and MRI departments to learn about job opportunities and share your certification status.
• Staying Updated on MRI Technology: The field of MRI imaging advances quickly, so keeping current with new technology and protocols will make you a more competitive candidate in the job market.

Useful Resources

• ARRT Certification Guide: ARRT Certification Requirements
• ARMRIT Certification Info: ARMRIT Certification Requirements

With MRI certification, you’ll be well-positioned for a rewarding career in healthcare, helping to perform detailed diagnostic imaging that plays a critical role in patient diagnosis and treatment.