At the beginning of this page, you will discover a button granting complete access to the Radiography (ARRT) practice exam. Directly beneath it, you’re presented with the chance to undertake a detailed practice test designed for an in-depth review. These tests are essential for showcasing your capabilities, identifying areas needing improvement, and fine-tuning your study approach.

To further augment your preparation, especially in subjects needing extra focus, we have designed specialized quizzes. These quizzes are meticulously constructed to concentrate on specific areas of the Radiography exam, offering a focused and effective study session.

ARRT Radiography (ARRT) Domain Exams

The Radiography exam, often administered by organizations such as the American Registry of Radiologic Technologists (ARRT), is designed to assess the competency of entry-level radiographers. This comprehensive exam covers a wide range of topics, divided into specific domains that reflect the essential skills and knowledge required in the radiography field. 

Below is a breakdown of these domains.

Domain 1: Patient Interactions and Management

  • Percentage of Exam: 10%
  • Key Topics: Patient care, ethics, communication, infection control, and patient rights.

Welcome to your ARRT Domain 1: Patient Interactions and Management

Domain 2: Radiation Physics and Radiobiology

  • Percentage of Exam: 10%
  • Key Topics: Basic principles of radiation physics, radiobiological concepts, and the interaction of radiation with matter.

Welcome to your ARRT Domain 2: Radiation Physics and Radiobiology

Domain 3: Radiation Protection

  • Percentage of Exam: 15%
  • Key Topics: Radiation safety measures for patients and staff, ALARA principle (As Low As Reasonably Achievable), and radiation monitoring devices.

Welcome to your ARRT Domain 3: Radiation Protection

Domain 4: Image Acquisition and Evaluation

  • Percentage of Exam: 20%
  • Key Topics: Image production techniques, factors affecting image quality, and the evaluation of radiographic images for diagnostic quality.

Welcome to your ARRT Domain 4: Image Acquisition and Evaluation

Domain 5: Equipment Operation and Quality Assurance

  • Percentage of Exam: 10%
  • Key Topics: Operation of radiographic equipment, maintenance, and quality assurance procedures to ensure optimal performance.

Welcome to your ARRT Domain 5: Equipment Operation and Quality Assurance

Domain 6: Head, Spine, and Pelvis Procedures

  • Percentage of Exam: 15%
  • Key Topics: Radiographic procedures and positioning for the head, spine, and pelvis, including special considerations and patient preparation.

Welcome to your ARRT Domain 6: Head, Spine and Pelvis Procedures

Domain 7: Thorax and Abdomen Procedures

  • Percentage of Exam: 10%
  • Key Topics: Procedures for imaging the chest and abdomen, including considerations for pathology and patient condition.

Welcome to your ARRT Domain 7: Thorax and Abdomen Procedures

Domain 8: Extremity Procedures

  • Percentage of Exam: 10%
  • Key Topics: Imaging techniques and positioning for the extremities, including hands, feet, arms, and legs.

Welcome to your ARRT Domain 8: Extremity Procedures

Exam Domain% of ExamKey Topics
Patient Interactions and Management10%Patient care, ethics, communication, infection control, patient rights
Radiation Physics and Radiobiology10%Basic principles of radiation physics, radiobiological concepts, interaction of radiation with matter
Radiation Protection15%Radiation safety for patients and staff, ALARA principle, radiation monitoring
Image Acquisition and Evaluation20%Image production techniques, factors affecting image quality, evaluation of radiographic images for diagnostic quality
Equipment Operation and Quality Assurance10%Operation of radiographic equipment, maintenance, quality assurance procedures
Head, Spine, and Pelvis Procedures15%Radiographic procedures and positioning for the head, spine, and pelvis, special considerations, patient preparation
Thorax and Abdomen Procedures10%Procedures for imaging the chest and abdomen, considerations for pathology and patient condition
Extremity Procedures10%Imaging techniques and positioning for the extremities

Additional Important Information:

  • Exam Duration: The exam typically lasts about four hours, giving candidates ample time to complete all sections.
  • Passing Score: The passing score can vary, but it is determined based on a scaled scoring system to ensure fairness across different exam versions.
  • Preparation Resources: Study materials can include textbooks, online courses, practice exams, and review courses offered by various professional organizations and educational institutions. It’s crucial to review the latest guidelines and recommendations from the ARRT or the relevant certifying body since exam content and structure can change.
  • Continuing Education: After passing the exam, radiographers must engage in continuing education to maintain their certification, staying updated with the latest practices and technological advancements in the field.

Radiography exam Exam Breakdown

The Radiography Exam, often associated with the American Registry of Radiologic Technologists (ARRT), is a standardized test for individuals aiming to become certified and registered radiographers. The ARRT is a leading credentialing organization that seeks to ensure high standards in medical imaging, interventional procedures, and radiation therapy. Let’s break down the key aspects of this exam and provide resources for further exploration.

Overview of the Exam

The Radiography Exam is designed to assess the knowledge and skills necessary to perform the role of a radiographer effectively. This includes understanding patient care, safety protocols, image production, and procedure performance.

Components of the Exam

  • Patient Care: This section covers patient interaction and management, including considerations for patient safety and comfort.
  • Safety: Candidates must demonstrate knowledge of radiation protection for the patient, themselves, and others, along with equipment operation for safety.
  • Image Production: This includes understanding image acquisition, evaluation of image quality, and troubleshooting poor quality images.
  • Procedures: Knowledge of radiographic procedures and positioning is tested, ensuring candidates can capture clear and diagnostic images.

Preparation and Resources

  • ARRT Website: The ARRT’s official website ( provides detailed information on exam qualifications, content specifications, and application procedures.
  • Practice Exams and Study Guides: Various online platforms and books offer practice questions and study materials tailored to the ARRT Radiography Exam’s content outline.
  • Educational Programs: Completing an ARRT-recognized educational program in radiography is a prerequisite. These programs offer coursework and clinical experience aligned with the exam’s content.

Application Process

To sit for the exam, candidates must complete an accredited educational program in radiography, adhere to the ARRT’s ethical standards, and submit an application through the ARRT website. Upon approval, candidates can schedule their exam at a Pearson VUE testing center.

After the Exam

After passing the exam, individuals become Registered Radiologic Technologists (R.T.(R)) in Radiography, a credential that is widely recognized by employers and necessary for practice in many states.

Continuing Education

To maintain certification and registration, radiologic technologists must complete continuing education requirements and comply with the ARRT’s Continuing Qualifications Requirements (CQR).

By exploring these resources and thoroughly preparing for the exam, candidates can position themselves for success in the field of radiography. The ARRT’s website and associated educational materials offer comprehensive guides and tools for exam preparation. Additionally, engaging with online forums and study groups can provide valuable insights and support from peers and professionals in radiography.

How to Become ARRT Certified

Becoming certified in radiography typically involves completing an accredited educational program, gaining clinical experience, and passing a certification exam. While specifics can vary by country and institution, the general steps are somewhat universal. Here’s a comprehensive overview for the United States, where the American Registry of Radiologic Technologists (ARRT) is the primary certifying body:

Step 1: Complete an Accredited Educational Program

  • Choose a Program: Start by selecting a radiography program accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT) or another accrediting body recognized by the ARRT.
  • Accreditation Details: Find accredited programs through the JRCERT website JRCERT Accredited Programs and ARRT’s official site for information on recognized educational requirements ARRT Education Requirements.

Step 2: Gain Clinical Experience

  • Hands-On Training: Clinical experience is usually part of your educational program, where you get hands-on experience under supervision.
  • Record Keeping: Ensure that your program documents and verifies your clinical experience as it’s a prerequisite for certification.

Step 3: Apply for Certification and Pass the Exam

  • Application Process: Once you’ve met the educational and clinical requirements, you can apply for the certification exam through ARRT. Follow the instructions on their website ARRT Certification.
  • Study Resources: Prepare for the exam with study guides, textbooks, and practice exams. Resources like Radiography Prep Program Review and Exam Preparation by D.A. Saia are helpful.
  • Taking the Exam: Schedule your exam appointment through Pearson VUE, the testing service that administers ARRT exams Pearson VUE.

Continuing Education and Maintenance

  • Continuing Education: Once certified, radiologic technologists must complete continuing education (CE) to maintain their certification. The ARRT website provides details on CE requirements ARRT Continuing Education.
  • Renewal: Certification typically needs to be renewed annually, including meeting CE credits and paying any necessary fees.

Additional Certifications and Specializations

  • After becoming a certified radiographer, professionals may pursue further certifications in specialized areas such as Magnetic Resonance Imaging (MRI), Computed Tomography (CT), or Mammography.


While these steps and resources apply primarily to the U.S., the process may be similar in other countries with specific local requirements and certifying bodies. Always check with the regulatory authority or professional radiography association in your country for the most accurate and relevant information.

Our Experience Teaching Radiography exam Candidates To Pass The Exam

At Career Employer, developing our Radiography practice tests has been an incredible adventure, marked by significant achievements and challenges. Our motivation stemmed from the exam’s broad spectrum of topics, with a goal to cater to the unique requirements of our learners.

Our strategy has been carefully crafted to ensure every student is well-prepared to excel in the exam. Our commitment to providing a comprehensive educational experience shines through in the depth and meticulousness of our practice materials. This highlights our dedication to our students’ success, demonstrating our resolve to support them every step of the way.

Teaching Radiography exam certification from a lecturer’s perspective involves a multifaceted approach, focusing on theoretical knowledge, practical skills, and the ability to apply both in a clinical setting. Radiography, being a critical component of medical diagnostics, requires students to have a profound understanding of anatomy, radiation physics, patient care, and safety protocols. Here’s a detailed view from a lecturer’s perspective:

Curriculum Development

The first step involves creating a comprehensive curriculum that covers all the essential areas of radiography. This includes anatomy and physiology, radiographic imaging techniques, radiation safety, patient management, and pathology. The curriculum should be aligned with the certification requirements set by relevant accrediting bodies such as the American Registry of Radiologic Technologists (ARRT) or the equivalent in your country.

Theoretical Instruction

Theoretical instruction forms the backbone of radiography education. Lecturers must provide students with a strong foundation in the principles of radiography, including the physics of radiation, image acquisition and processing, and the principles of digital imaging systems. Resources such as textbooks, scholarly articles, and online platforms like offer a wealth of information for students to delve into.

Practical Training

Hands-on training is crucial for students to apply theoretical knowledge in real-world scenarios. This involves using radiographic equipment, performing various imaging procedures, and practicing radiation protection measures. Simulation labs and clinical placements in hospitals or imaging centers provide students with the opportunity to gain practical experience under the supervision of qualified professionals.

Assessment and Feedback

Continuous assessment through quizzes, assignments, practical exams, and case studies helps track student progress and identify areas needing improvement. Feedback should be constructive, providing students with clear guidance on how to enhance their skills and knowledge.

Professional Development

Encouraging students to engage in professional development activities, such as attending conferences, workshops, and seminars, is vital for staying updated with the latest advancements in radiography. Membership in professional organizations like the American Society of Radiologic Technologists (ASRT) can offer additional learning resources and networking opportunities.

Online Teaching Resources

  • ARRT (American Registry of Radiologic Technologists): Offers information on certification requirements, study guides, and exam preparation materials. 
  • ASRT (American Society of Radiologic Technologists): Provides educational materials, continuing education opportunities, and industry news.
  • An invaluable resource for radiology education, offering a vast collection of imaging cases and articles.
  • PubMed and Google Scholar: For accessing scholarly articles and research papers relevant to radiography and medical imaging.

At Career Employer, the development of our Radiography certification practice tests represents the collaborative achievement of a dedicated team of specialists. Each team member brings a wealth of experience and deep expertise in equipping candidates for the Radiography exam. Their collective knowledge has been instrumental in helping over 1000 radiologists achieve their radiography CEN certifications, with a keen emphasis on addressing the particular needs of radiography technicians.

Our team consists of experienced professionals, each with over ten years of dedicated experience in radiography. This level of expertise ensures that our practice materials are not only crafted by the foremost authorities in the field but are also exceptionally effective in preparing candidates for successful certification. Our unwavering commitment to quality means that those who use our resources are comprehensively equipped and thoroughly prepared to pursue their certification objectives with confidence.

Effective Study Strategies and Methods

To effectively study for the Radiography exam, adopting a strategic and comprehensive approach is essential. Here are key strategies distilled from the most helpful resources, aimed at enhancing your preparation:

  • Practice Tests: Engaging in practice tests is a critical strategy. These tests help identify weak areas by highlighting questions you get wrong, guess on, or find challenging. This feedback loop enables targeted revision, ensuring you’re focusing on areas that need improvement. Practice tests also help in familiarizing yourself with the exam format, improving time management skills, and reducing exam day anxiety​​.
  • Active Recall and Desirable Difficulties: Leveraging the principle of desirable difficulties through active recall can significantly enhance long-term retention of information. This involves creating a learning environment that challenges you, similar to pushing limits during physical training. Implementing active recall means testing yourself on the material without looking at the notes or the book, thereby reinforcing memory and understanding​​.
  • Elaboration and Interleaving: Elaboration involves explaining and describing concepts in detail, which solidifies understanding. Interleaving, on the other hand, suggests alternating your study topics rather than focusing on a single subject for long periods. This approach aids in understanding the relationships between concepts and prevents burnout​​.
  • Concrete Examples and Dual Coding: Utilize concrete examples to better understand abstract principles and employ dual coding by integrating visual aids with textual information. These methods help in creating a richer, more accessible memory trace of the material​​.
  • Productivity and Focus: Building superhuman focus is essential for effective study sessions. This includes monotasking, managing internal and external distractions, and taking quality study breaks. Techniques such as the Pomodoro Technique, which involves working in focused bursts with short breaks in between, can improve concentration and efficiency. Creating an optimal study environment that minimizes distractions and suits your learning preferences is also crucial​​.
  • Study Environment: Tailor your study environment to enhance memory and focus. This might involve studying in a space that mimics the conditions under which you’ll take the exam or varying your study location based on the nature of the task at hand. Personalizing your study space with motivational quotes or visuals can also boost your motivation and focus​​.

Remember, no single strategy fits all, and it’s essential to experiment with these methods to find what works best for you. Combining these strategies with dedication and regular review will put you in a strong position to excel in your Radiography exam.


Fee TypeAmountDetails
Application Fee$640Due with application submission
Qualifying (Core) Exam Fee$1280Charged once application is approved
Certifying Exam Fee$1280Charged after passing Qualifying Exam
Re-exam Fee$640For retaking failed exams

The cost associated with obtaining board certification in Radiography, including all relevant fees from application to post-exam activities, can vary based on the specific certification body and the path one chooses for education and training. Below is a summary of fees related to the American Board of Radiology (ABR) and the American Registry of Radiologic Technologists (ARRT), as well as educational expenses:

American Board of Radiology (ABR) Fees

  • Application Fee: $640, due with the submission of your application between July 1 and October 31.
  • Qualifying (Core) Exam Fee: $1280, charged once your application is approved and before registration for the Qualifying (Core) Exam.
  • Certifying Exam Fee: $1280, charged after passing the Qualifying (Core) Exam and before registration for the Certifying Exam.
  • Re-exam Fee: $640, if you do not fully pass an exam and need to retake it.
  • Payment methods include Visa, MasterCard, American Express, or eCheck (in U.S. currency only).

American Registry of Radiologic Technologists (ARRT) Fees

The ARRT’s fees for certification, registration, and annual renewal are known to be competitive, but specific amounts were not detailed in the provided sources. It is important to note that there are additional fees for certain services such as ethics pre-application (USD 100), CE probation (USD 50), missed appointments (USD 100), and more. For a comprehensive overview of all ARRT fees, including application and examination costs, direct consultation with ARRT’s official resources is recommended.

Educational Expenses

  • The cost of education to become an X-ray technician varies depending on whether one opts for a certificate, an associate’s degree, or higher degree. For a Bachelor’s degree in Radiography, tuition can range from USD 20,000-USD 30,000 per year, with potential reductions for in-state tuition or at certain institutions. An associate’s degree in Radiography might range between USD 10,000-USD 15,000 per year if pursued at a community college or technical school.

Additional Considerations

  • It is crucial to account for study materials, training courses, and any additional preparation costs, which can vary widely based on the resources chosen and whether one opts for paid or free materials.
  • Post-exam costs could include fees for maintaining certification, continuing education, and possibly fees related to licensure depending on state requirements.

These fees are subject to change, and it’s advisable to consult the official ABR and ARRT websites or contact them directly for the most current information. Additionally, considering the variety in educational paths and associated costs, it’s beneficial to research specific programs and schools for the most accurate and up-to-date tuition and fees.

Reliable Study Materials and Resources

Preparing for the Radiography certification exam can be a daunting task, but there are numerous resources available online to assist you in your preparation. Below are some of the best resources I found:

  • ASRT Exam Preparation offers a comprehensive suite of exam preparation tools, including practice tests under its Radiography Student Exam Assessment Library (SEAL) and a roadmap for a six-month timeline preparation. They provide detailed study guides and materials across various specialties within radiography.
  • RadTechBootCamp provides an extensive collection of video-based lessons, assessments, and a large registry exam prep question bank. This resource is particularly useful for visual and auditory learners, offering engaging and unique learning materials that simplify complex concepts through interactive learning tools and quizzes. It’s designed to prepare you for the ARRT® exam with real-time analytics to identify knowledge gaps.
  • RadReview offers a wide range of question formats that mimic the actual ARRT test, including multiple choice, combined response, and illustration/image questions, among others. It has been highly recommended by users for its easy navigation and comprehensive review tools that reinforce even correctly answered questions with explanations. This platform also provides performance tracking and multiple study modes.
  • Mosby’s Comprehensive Review of Radiography, 8th Edition, is a key resource for those preferring a more traditional study method. This book provides a complete outline-style review of major subject areas covered on the ARRT examination in radiography, along with practice questions to test your knowledge of the subject.
  • BoardVitals offers six free ARRT exam questions for Radiography certification as a preview of their larger question bank. Their full service includes over 1,100 radiography board exam questions with detailed explanations, progress tracking, and multiple study modes. They also offer a 100% pass guarantee, making it a reliable resource for exam preparation.
  • EduMed’s Guide to the ARRT Radiography Certification Exam provides a comprehensive overview of the exam, including eligibility requirements, content categories, exam format, and scoring. It also offers valuable test-prep tips to help candidates feel prepared and confident when taking the exam. Understanding the structure and requirements of the exam can significantly enhance your study efficiency.

Utilizing these resources can significantly aid in your preparation for the Radiography certification exam. They offer a blend of practice questions, video tutorials, and comprehensive reviews that cater to different learning preferences.

Tips for Exam Day

To excel on your Radiography exam day, here are comprehensive tips gathered from various sources that span from study strategies to exam day preparation:

  • Deep Understanding Over Memorization: Focus on truly understanding the key concepts within radiography rather than memorizing everything. This approach not only decreases your study time but also enhances your ability to select the correct answers during the exam​​.
  • Diet and Sleep: In the days leading up to the exam, pay close attention to your diet and sleep. Avoid foods that can cause brain fog, such as sugary, fried, or heavily processed foods. Instead, opt for brain-boosting foods like lean beef, green leafy vegetables, avocados, blueberries, and nuts. Ensure you get 7-8 hours of sleep nightly to keep your brain functioning optimally​​.
  • Exam Structure and Content: Familiarize yourself with the exam’s structure, scoring, and the content areas. Knowing the exam format, including the types of questions (e.g., multiple choice, sorted list, items with hot areas) and content distribution across patient care, safety, image production, and procedures can guide your study priorities​​​​.
  • Effective Study Techniques: Utilize flashcards and the Pomodoro technique to maximize your study efficiency. This method involves studying for 25 minutes, taking a short break, and then resuming study, which helps maintain focus and prevents burnout​​.
  • Test-Taking Strategies: Develop a smart test-taking strategy, familiarizing yourself with the exam’s question types and employing the process of elimination to work through questions efficiently​​.
  • Practical Application: Whenever possible, apply theoretical knowledge to real-life scenarios. This helps in understanding complex concepts and preparing for unexpected situations during practical exams​​.
  • Support Systems: Engage with a study buddy or a mentor who has successfully passed the exam. Sharing knowledge and strategies can provide mutual support and valuable insights​​.
  • Health and Wellness: Prioritize your physical well-being through regular exercise and a healthy diet, both of which have been shown to improve memory and concentration levels​​.
  • Mock Exams and Practice Questions: Taking practice tests and using question banks such as those offered by BoardVitals can significantly aid in familiarizing yourself with the exam format and identifying areas of weakness. Aim to start studying at least three months before the exam date and simulate the exam environment multiple times throughout your preparation​​.
  • Preparation Courses: Consider enrolling in a classroom-based preparation course if available. These courses are tailored to help students pass their professional certification exams by teaching effective study strategies and providing practice tests​​.

Remember, success on the Radiography exam not only requires thorough preparation but also taking care of your physical and mental health. Approach the exam with confidence, knowing that you’ve prepared to the best of your ability.

Post-Exam: Next Steps

After completing your Radiography exam, it’s important to focus on post-exam strategies that can enhance your learning and prepare you for future challenges. Based on insights from various resources, here are some recommended steps:

  • Reflect on Your Exam Performance: Utilize a Post-Exam Reflection Worksheet to assess your study and test-taking strategies. This can help you identify what worked, what didn’t, and how you can improve for future exams. Reflection is a key step in the learning process, allowing you to build on your strengths and address your weaknesses​​.
  • Understand the Exam and Preparation Strategies: Familiarize yourself with the format and content of the ARRT Radiography exam if you plan to retake it or aim to advise peers. Knowing the exam structure, covered topics, scoring system, and effective study timelines can significantly impact your preparation and performance. Practice tests and understanding the exam’s logistics, like those offered by Pearson Vue, are instrumental in this phase​​.
  • Review and Learn from Mistakes: Analyzing returned exams provides valuable insights into your performance and preparation effectiveness. It’s not just about the content you missed but also understanding why you missed it. Was it a lack of understanding, a misinterpretation of the question, or perhaps insufficient preparation? Addressing these questions can guide your study strategy moving forward. Additionally, correcting mistakes and studying the instructor’s comments can deepen your understanding and improve future exam scores​​.
  • Develop a Strategic Approach for Future Learning: Assess how, where, and when you prepared for the exam. Exploring different study methods, such as flashcards, mind mapping, or joining study groups, can enhance your learning efficiency. Reflecting on your preparation strategy, such as the timing and location of your study sessions, can help you find more effective ways to study for future exams​​.

These strategies are not just about improving exam scores but also about becoming a more effective and self-aware learner. For detailed guidance and resources, consider exploring the links provided from the Learning Center at Washington University in St. Louis, Medical Hero, and The Free Press, which offer comprehensive strategies and insights into post-exam reflection and preparation​​​​​​.


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  2. “Joint Review Committee on Education in Radiologic Technology (JRCERT).” JRCERT,
  3. “American Society of Radiologic Technologists (ASRT).” ASRT,
  4. “Radiopaedia.”,
  5. “Radiography Exam Practice Test.” Mometrix Test Preparation,
  6. “7 Evidence-Based Study Strategies & How to Use Each.” Med School Insiders,
  7. “How to Study Effectively: The Guide to Effective Learning.” Exam Study Expert,
  8. “EduMed.” EduMed,
  9. “Explore Medical Careers.” Explore Medical Careers,
  10. “Exam Preparation.” ASRT,
  11. “RadTechBootcamp.” CloverLearning,
  12. “RadReview.” McGraw Hill,
  13. “Mosby’s Comprehensive Review of Radiography.” Elsevier Health,
  14. “Free ARRT Exam Questions for Radiography Certification.” BoardVitals,
  15. “ARRT Exam Guide.” EduMed,
  16. “ARRT Radiography Exam.” CloverLearning,
  17. “Pass the ARRT Radiography Exam.” BoardVitals,
  18. “How to Study for ARRT Board Exam Registry: Proven Scientific Study Methods.” The Radiologic Technologist,
  19. “Is the ARRT Radiography Exam Hard?” MedicalHero,
  20. “Has anyone taken the 2023 version of the ARRT?” Reddit,
  21. YouTube video,
  22. “7 Great Helpful Study Tips for Radiography Students.” AskTheRadTech,
  23. “12 Tips to Prepare for ARRT Radiography Examination.” Wellbeing Magazine,

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