The healthcare industry is expected to create around 4 million jobs by the year 2026.
With so much growth in this industry, it’s a great field to look into for future job opportunities. Along with growth, this field has several opportunities for advancement, as well as many positions that offer great benefits.
If you’re interested in entering the medical field and aren’t sure which job is right for you, why not consider a job as an x-ray technologist.
X-ray technologists get to work with the imaging equipment while interacting with patients regularly.
Keep reading to learn more about what an x-ray technologist does, how to become one, and how to maintain your x-ray license!
What is an X-Ray Technologist?
X-Ray technologists, also known as radiologic technologists, take images of various body parts using special equipment.
After the x-ray technologist has taken the radiography, a radiologist reads them in order to diagnose a patient’s condition. When working with radiation, it’s important that precautions are taken. This ensures the safety of both the patient and the technologist.
Skills that an x-ray technologist must possess include:
- Interpersonal communication
- Proficiency with medical and data software
- Ability to operate and maintain imaging equipment
- Stamina to stand for long hours
- Strength to assist patients
The average salary for an x-ray technologist in California is $32.66 per hour. The most common benefits included with this position are license reimbursement, loan repayment program, 403(b), stock purchase plan, and dependent care reimbursement.
It’s usually preferred for an x-ray technologist to have some relevant experience prior to applying for the position.
How Do You Become an X-Ray Technologist?
To become an x-ray technologist, one must complete an accredited radiologic technology program that awards an Associate of Science degree.
After an aspiring x-ray technologist completes a program, they must pass the boards through ARRT (The American Registry of Radiologic Technologists). This certification will reward the student with the title of an RT (registered technologist).
This test is a 4-hour test that has 220 questions and is graded on a pass or fail basis.
The American Registry of Radiologic Technologists
The ARRT is a recognized credentialing body who oversees continuing education activities as well as those activities relating to x-ray use on the human body.
The ARRT offers credentials in medical imaging, interventional procedures, and radiation therapy to name a few. They oversee the certification process as well as the ethics and examination requirements in their field.
The mission of the ARRT is to maintain high expectations for patient care by recognizing the individuals who are qualified to work in this field. The ARRT was founded in 1922 and their first credential was awarded the same year.
How Do You Maintain Your X-Ray License?
After an x-ray technologist has earned their certification, they must continuously renew it throughout their professional career.
This involves a biennial recertification process. This means that the ARRT requires the x-ray technologist to complete an additional 24 continuing education credits every two years. This recertification process ensures that the individual is up to date on information necessary to the field.
Requirements that are Specific to California
Most states require licensure to become an x-ray technologist before starting a job while others don’t.
The State of California has specific requirements for radiology continuing education. Below is the summary.
Radiography – 24 hours in two-year period, 4 of which shall be in digital radiography
Limited – 24 hours in two-year period, 4 of which shall be in digital radiography
Mammography – 24 hours in two-year period: 10 of which must be in mammography
Certified Supervisors and Operators – 10 hours in two-year period
Fluoroscopy — 4 hours in radiation safety in two-year period
Fluoroscopy Certified Supervisors and Operators – 10 hours in two-year period, 4 of which shall be in radiation safety
Radiology continuing education courses must be in subjects related to the application of x ray to the human body and may include x ray administration, x ray management, x ray pathology, x ray diagnosis and x ray quality control. Courses in Ultrasound, MRI, CPR and topics not related to the application of x rays to the human body cannot be accepted.
Visit the California Department of Health website to see the complete requirements.
After the individual has completed the credits, they’re required to keep the records for at least four years.
These documents must also be available to the RHB (Radiologic Health Branch) to look over if they choose.
Aside from providing the x-ray technologist with up to date information, recertification is also necessary for staying in compliance with the Code of Ethics. The Code of Ethics is endorsed by The American Registry of Radiologic Technologists.
A Closer Look at Recertification
Certified Radiologic Technologists (CRTs) need to earn 24 Category A or A+ CE credits for recertification of which four of these credits must be in digital radiography. These should be taken in the two years immediately preceding the expiration date on their permit.
Radiologic Technology Fluoroscopy (RTF) Permit ADDITIONAL Requirements • CRTs with a RTF permit are required to earn 24 approved continuing education credits; four of which are required to be in radiation safety for the clinical uses of fluoroscopy. [17 CCR 30403(a)(2)]. • PA with a RTF permit: For purposes of renewing your RTF permit, you will need to earn 24 approved continuing education credits; four of which are required to be in radiation safety for the clinical uses of fluoroscopy.
The Department will accept the following advanced credential certificates issued by ARRT for 24 CE credits if the certificate was issued within the two years immediately preceding the expiration date of the certificate or permit:
• Mammography** • Computerized Tomography • Quality Management • Bone Densitometry • Vascular-interventional Radiography • Cardiac-interventional Radiography • Radiologist Assistant • Radiation Therapy
The ARRT requires CE credits to be earned during the biennium ending on the last day of the month before the individual’s birth month. Technologists who are already certified and registered in one discipline but choose to become certified and registered in another discipline will maintain the CE schedule from their original discipline.
As new research, technology, and jobs come available, it’s important to stay up to date. As professionals, one of the best things we can do is continually grow.
Now that you understand what it takes to continue your education as an x-ray technologist, contact us to get started!
There are currently 18 million healthcare workers employed in the United States. While this seems like a large number, estimates show at least two million workers are needed in this industry over the next seven years to meet rising demand.
If you think you have what it takes to work in healthcare, now is the time to get started. While many opportunities exist for healthcare specialists, MRI technologist is one of the best options available.
MRI technologist training allows you to work in a growing industry and earn competitive wages.
What is an MRI Technologist?
An MRI tech is a specialist within the radiology diagnostic team. An MRI tech deals with magnetic resonance imaging scans. These MRIs use magnets and radio waves to create computer images of a patient’s internal parts.
The MRI technologist places patients into the MRI unit and scans the parts of the body that need a diagnosis. This includes keeping the patients comfortable and answering their questions about the scan.
These scans are used by physicians to help diagnose diseases or injuries. They’re also used to check on how a patient responds to treatment.
Benefits of an MRI Career
As an MRI tech, you are responsible for ensuring that these MRI scans are high-quality. You run the scan based on the instructions from a physician so they can get accurate information about the patient’s needs. This job requires specialized training but offers many benefits to trained techs.
1. Get Started in Your Career Quickly
To get started as an MRI technologist, all you need is an Associate’s degree and certification. You complete the degree program within one to two years, then you can get started on certification. This means you can get started on your MRI career within two-years.
2. Training Costs Less than Other Careers
You can complete your Associate’s degree at a community college. This costs less than a university degree.
Once you complete these educational requirements, you just have the cost of the certification program. The certification exam costs less than $200 for course materials and the exam fee. The cost is reduced if you don’t have to purchase books to study.
3. Better Shift Management
Unlike other healthcare professionals, you can expect regular working schedules. MRI scans usually get scheduled during regular business hours, however there are exceptions.
This means you don’t have to worry about late-night shifts. Since scans are scheduled ahead of time, you don’t have to worry about constant schedule changes, either.
4. Choice of Work Environment
As an MRI tech, you can choose your work environment. Technicians are needed in all medical settings.
This means you can choose whether you want to work in a physician’s office, a hospital or outpatient center, a lab, or a government agency. This choice will depend on how much work you want and in what setting makes you feel most comfortable.
5. Good Job Security
MRI techs have one of the fastest job growth rates of any healthcare occupation. Through 2026 MRI tech jobs are expected to grow 13%. This growth rate is higher than average for all tracked occupations, not just healthcare.
6. High Wages
MRI techs can expect more than job security. You can also expect higher wages than many in the allied health industry.
The average wage for an MRI tech can be as high as $71,670 per year. This is $12,150 more than general radiologic technologists.
7. Play a Vital Role
We all know job satisfaction is about more than the pay. We also want to feel like we add value with the work we do. As an MRI tech, you can know you play a vital role in the healthcare industry.
The images you take are an important aspect of diagnosing patients. What you do as an MRI tech helps physicians take better care of their patients.
8. A Chance to Play with New Technologies
New advances happen regularly in imaging technology. This means you get the chance to experience new and exciting technological advances in the healthcare industry.
You’ll get the chance to try out new advances in computers and imaging systems. It’s your job to keep the systems running, so you get hands-on time with these new technologies.
9. Work Anywhere in the United States
Courses for an MRI technologist are certified by an RCEEM or RCEEM+ and accepted by the American Registry of Radiologic Technologists (ARRT).
Your training prepares you to work anywhere in the United States. If you need to move to another state, your certification goes with you.
10. Less Hectic Work Environment
Since you specialize, you’ll work within specific parameters. This means you always know what to expect from your job.
You’re not responsible for every patient, just the ones scheduled for scans. This makes the job of an MRI tech less physically and emotionally demanding than other healthcare professions.
11. You Get to Work with Patients
Some healthcare professions keep you behind the scenes. This is not the case for an MRI tech. You get to work one-on-one with patients as you complete scans.
Part of your job is comforting patients who are dealing with health problems. You also help answer questions about the procedures. This allows you to take a more active role without the demands of some of the other hands-on careers.
Get Started with Your MRI Career or Other Radiology Specialty
An MRI technologist is one of many radiology careers needed in the healthcare industry. Technologists are needed for different types of scans and diagnostics. This means more opportunities to advance your healthcare career.
Do you want to learn more about the options available in radiology? Check out the courses available for MRI techs and other diagnostic professionals.
Today’s job market is very competitive and uncertain. Employers expect their workers to stay on top of growing trends and continue learning skills in their field.
In fact, the health care industry is one of the few to see an increase in the demand for new workers. Radiology is seeing a development in technology but also a need for skilled employees to operate it.
So, it is vital for any Radiographers to expand their knowledge and learn to use new equipment as it becomes available.
A great way to stay ahead in your profession is continuing education courses.
Not sure about what they are or how to choose them? Stay tuned.
What Are the Continuing Education Courses
According to Collegetransfer.net, “Continuing education – is an all-encompassing term describing additional formal learning activities that are generally not focused on a college degree outcome.” So, if you return to further your education then you are continuing it. Continuing education classes vary.
The setting in which you complete the course will differ as well. Sometimes the continuing education program occurs at your place of employment. Other times it’ll happen during a conference or an outside agency. Yet, more and more e-courses are offered online due to convenience and flexibility.
But how do you know which continuing education course is best?
What to Look for in Continuing Education Courses
Continuing education courses are not created equal. It’s important when selecting your courses to check for specific criteria. This includes:
- Approved state-specific content for the state you work in
- Curriculum details
- Length of the course
- Location of the course on-site vs. online or home
- Will it improve your hire-ability
You don’t want to end up choosing the wrong course for your professional needs. Be careful when selecting your CE program so you can reap the benefits of the certificate you receive.
Radiology continues to be an important and expanding field within the medical profession. There’s job growth and security in this profession especially if you work in Mammography, MRI, and Ultrasound.
The Mammography, MRI, Radiology, and Ultrasound field have their own set of guidelines on what type of continuing education courses are required. Depending on your company they may offer courses or you may need to find and complete them on your own.
Mammographers earn an average salary of $68,000 and completed an American Registry of Radiologic Technologists (ARRT) accredited associate’s degree according to Healthgrad.com. The growth in demand is an estimated “9% between the years of 2014 and 2024.”
MRI Technologists earn an average salary of $57,000. They are required to “complete an accredited degree program,” and pass the certification exam by “the American Registry of Magnetic Resonance Imaging Technologists (ARMRIT),” according to Healthgrad.com.
Radiology Technologists earn an average salary of $54,000. They must complete an accredited program and gain certification from the “American Registry of Radiologic Technologists (ARRT).”
Ultrasound Technicians or Sonographers salary depends on the setting in which they work. According to Healthgrad.com the salary for a medical laboratory is $69,660 but is $86,220 at an Outpatient Care Center. The expected job growth rate is “17% between the years of 2016 and 2026.”
Because of the increasing demand for this profession, a Bachelor’s degree is becoming more favorable in comparison to an Associate’s. Yet, only 4 states require formal licensure but most states require certification from the American Registry of Diagnostic Medical Sonography (ARDMS).
Radiology CE Courses
Scrubsce.com offers the best selection of Radiology continuing education courses. Here are some of the courses available:
- Breast Imaging 1- Digital Mammography
- Breast Imaging 2- MRI and Ultrasound
- Breast Imaging 3- Percutaneous Stereotactic Biopsy
Breast Imaging 1- Digital Mammography covers digital mammography and equipment, clinical image evaluation, techniques, and more. It is available in E-course and Test, Course and Test Mailed, or Test Only Mailed or Emailed.
Breast Imaging 2- MRI and Ultrasound cover MRI and Ultrasound equipment, interpretation, patient care, and more. It is available in E-course and Test, Course and Test Mailed, or Test Only Mailed or Emailed.
Breast Imaging 3- Percutaneous Stereotactic Biopsy reviews percutaneous stereotactic breast biopsy and discusses devices, patient care, comfort, and safety. It is available in E-course and Test, Course and Test Mailed, or Test Only Mailed or Emailed.
Magnetic Resonance Imaging covers how MRI works and the latest imaging techniques. It is available in E-book and test emailed or test mailed or emailed.
- Practical Radiology
- Radiographic Image Analysis
- Ultrasound: The Requisites
- Breast Ultrasound
Ultrasound: The Requisites covers basic physics, the use of ultrasound for studies of the thyroid, salivary gland, lymph nodes, bowel, musculoskeletal system, and OB/GYN, and more. The course is available in e-course, book and test mailed, and test only mailed and emailed.
Breast Ultrasound explains the technique of breast ultrasound, the male breast, and more. The course is available in e-course, book and test mailed, and test only mailed and emailed.
According to Scrubsce.com the California CE Combo courses include digital radiography & fluoroscopy radiation protection by ScrubsCE®. California Continuing Education Combo courses are ARRT Category A Cr. Hrs. and are valid in all states.
Some of the available course combos include:
- Trauma and Mobile Radiography
- Digital Radiography and PACS
- Fluoroscopy Radiation Safety
- Vascular and Interventional Imaging CRS
- Fluoroscopy Radiation Safety
- Radiation Protection in Medical Radiography
- PART 2: Radiation Protection for X-ray Procedures
Invest in Your Future
When it comes to your livelihood you want assurance you will be able to work in their field long term. This is why completing continuing education courses is important.
Not only will they give you an edge and make you more marketable, but they also fulfill a requirement that is necessary in Radiology.
So why not invest in yourself and buy CE courses you can trust? Click here to start selecting your next academic and professional boost.
The overall employment of radiologic technologists is expected to grow 9% between now and 2028, adding 23,300 jobs. That means that radiologic technologist job growth rate is much faster than the average job growth rate for all occupations.
Radiologic technologists can make great money and usually only need an associate’s degree to get started. If you’re looking for a rewarding and flexible career that will give you the opportunity to keep learning throughout your life, this might be the job for you.
Becoming a radiologic technologist isn’t the end of the road, though. Continuing education for radiologic technologists is a necessary part of maintaining your license.
Keep reading to learn more about continuing education requirements in this field and how lifelong learning can benefit you.
What is Continuing Education for Radiologic Technologists?
To maintain your American Registry of Radiologic Technologists (ARRT) credentials, you must comply with a series of ongoing requirements and take part in continuing education.
Here are the requirements according to their website:
- Complete an annual renewal process
- Complete and report continuing education every 2 years
- Complete Continuing Qualification Requirements every 10 years (this only applies to R.R.A.S and R.T.s who earned their credentials on or after January 1, 2011)
Regarding specific continuing education requirements, the AART states:
As an R.T., you must complete and report 24 credits of approved continuing education activities every two years (or 50 credits if you’re an R.R.A.). If you’re an R.T. in Sonography, 16 of the 24 credits must be directly related to your discipline. You’ll have specific deadlines for completing and reporting your CE activities.
The Importance of Continuing Education
Although continuing education can seem inconvenient, it can benefit you in several ways if you make the most of it. Keep reading for some ways continuing education can benefit you.
Keeping Up With Technology
Continuing education is mandatory for those employed in technical fields for a good reason—constantly changing technology.
The medical field strives for constant improvement for the sake of patient safety and outcomes. When you decide to become a radiologic technologist, you make a commitment to lifelong learning.
Constant changes in technology, patient care, hospital policy, and new procedures will keep you challenged. Technologic advancements are constantly making it easier to take better images. Therefore, continuing education is mandatory.
The radiologic technologist field rewards those who want to put in extra effort. If you’re a radiologic technologist interested in learning about new modalities, there is a world of opportunity with continuing education.
There are many modalities beyond working in a general radiology department, but getting into these modalities requires a commitment to continuing education beyond the basic requirements.
These are just a few of the modalities you can get into:
- Radiation therapy
- Special procedures
- Nuclear medicine
- Cardiac Cath
If you pursue one or more of these specialties, you’ll have more opportunities to advance your career. You can start by choosing a continuing education course that has the 16 hour structured educational requirement to apply for the post primary exam.
Tired of being in the trenches day in and day out? Looking for something different within the field. You can earn an advanced degree and move into areas like management, sales, administration, and even education if you earn a bachelor’s, master’s, or doctoral degree.
The field of radiology is constantly growing and new positions are being created. These include the Radiologist Assistant (similar to a physician assistant but with training in radiology) and the Picture Archiving and Communication System (PACS) administrator (a unique position including elements of radiology and IT).
Employees with additional skills and training earned through continuing education are more marketable to employers. By keeping up with developments in the field through continuing education you’ll open up more opportunities for yourself.
Employees that aren’t compliant with required continuing education might be in danger of losing their licensure and their job. Completing your continuing education requirements will show employers you are ready to work for them. It will be easier for you to transition to another employer when you’re up to date.
If you go above and beyond the baseline continuing education requirements, you’ll have an edge over your competition. This may mean promotion, raises, and better job opportunities. Be sure to add your continuing education credits and accomplishments to your resume.
If you think you’re satisfied with your current position, continuing education can still benefit you.
Learning should be a lifelong process and committing to learning more through continuing education can help you develop personally as well as professionally. Chances are you find the field of radiology interesting. Completing continuing education can be fun and you’ll feel more confident in yourself after learning more about your field and adding skills to your resume.
If you’re only completing continuing education because you have to, take a moment to consider how you can make the most of it.
Make the Most of Your Continuing Education
Continuing education for radiologic technologists is important for the health and safety of your patients. However, continuing education doesn’t have to be something you dread and try to avoid.
We offer high quality, convenient and affordable continuing education courses that you can do online, or as a homestudy course in the comfort of your own home. You don’t have to worry about attending classes that take you away from your work or family.
We understand you are a busy professional and we strive to make achieving your continuing education requirements easy and rewarding.
Click here to view our available continuing education courses and get started.
Fluoroscopy-related skin injuries have been on the rise since 1992. They are uncomfortable and can be devastating for patients.
As a member of the imaging team, you have to do your best to keep patients safe during fluoroscopy procedures .
Want to assure your patient’s highlest level of safety before, during, and after their procedures? Then keep reading to help you get started.
Common Reasons for Preventable Injury Due to Fluoroscopy
The majority of skin injuries from fluoroscopy procedures are preventable. Patients are unique in their response to radiation. Still, there are some commonalities among procedures that cause preventable skin injuries:
- Misinformed patients
- Incorrect dose management
- Lack of awareness of total dose
- Imaging team’s lack of knowledge about the risks of prolonged fluoroscopy procedures
- Failure to identify skin injuries
Another common cause of radiation induced injury is lack of knowledge about the cumulative dose after multiple procedures. The dose delivered during each procedure may not have been enough to cause harm alone. but the cumulative effect leads to damage or injury.
Those are the most common reasons for fluoroscopy procedure radiation-induced skin injury. Now, let’s explore exactly how the radiologic imaging team can prevent them.
How to Make Sure Your Patients are Safe During Fluoroscopy Procedures
To assure patient safety during fluoroscopy, radiologists and their radiologic interventional technologists need to have a plan. This plan would ideally include measures for before, during, and after the procedure.
Safety Measures Before the Procedure
Perhaps the most obvious– yet most vital– pre-procedure safety measure is training. The radiologist should fulfill academic and residential training. The interventional radiologic technologists should be trained and in some cases certified as interventional technologists. Nurses should also have had training. This includes any mandated continuing education requirements.
Does the procedure use high-dose fluoroscopy? If so, the radiologist should inform the patient about the risks of the procedure beforehand. It may also be helpful to outline the safety measures the radiologist and their interventional radiology team intend to use.
The radiologist should pre-screen patients for risk of skin injury. Patients at higher risk include diabetics and obese individuals. Also, patients who have undergone previous radiation at the same skin location are at increased risk for injury.
Pre-screening should also include patients who take medications that increase photosensitivity. For example, but not limited to:
- Some antibiotics
Finally, the radiologist and the interventional radiology technologists must take special care with pediatric and pregnant patients.
Practice informed consent with pregnant patients. Let them know about the risk of birth defects and even miscarriage. Keep in mind that pediatric patients are more radiosensitive than adults (i.e., the cancer risk per unit dose of ionizing radiation is higher).
Safety Measures During the Procedure
During the procedure, the interventional radiologic imaging team should set notification levels of threshold radiation used. That way, the team can ensure minimum doses are used throughout the procedure.
This is especially important for patients who were pre-screened for risk of skin injury, pregnancy, and age. For pregnant women or pediatric patients, the radiologist should make tools available to help him select the right dose (for example, imaging protocols).
To ensure procedure notifications are working, regular inspections must be performed. The dose-measuring program should be re-calibrated when necessary and calibration factors should be considered in notification levels during the procedure.
Lastly, the radiologist should practice a high level of awareness about dosing. At all times, he should know the current dose rate. He should also know the total dose utilized so far.
Want more information about managing radiation dose during fluoroscopy procedures? Check out the 10 steps to manage radiation dosing.
Safety Measures After the Procedure
After the fluoroscopy procedure, the radiologist should first record and review dose data. This may include:
- Fluoroscopy time
- Kerma area product
- Reference air kerma
The radiologist should record this data for every procedure the patient undergoes. Radiologists should review this information regularly. This is especially important before their next fluoroscopy procedure.
The facility should also have a reference for SRDL (ideally 5Gy). If notification levels surpassed the threshold reference air kerma during a procedure? The radiologist must follow-up with that patient.
If the procedure did exceed SRDL, the facility should inform the patient. The patient should also scheduled for a follow-up within 4 weeks.
The peak skin dose for the procedure in which they surpassed SRDL should be recorded. Include patient table height in this estimation as well as gantry angles for all images taken.
Once this is complete, the radiologist might refer the patient to an oncologist. The radiogenic oncologist will address possible skin injuries due to the procedure.
Continuing Education for Radiologists and Interventional Technologists
Radiologists, radiological technologists, interventional technologists and nurses have to complete continuing education courses. It’s important, especially if you take part in fluoroscopy procedures.
That’s where Scrubs Continuing Education comes in. Browse our radiology CE courses today and discover the ARRT Cat A or A+ course that’s right for you.
In recent years, the field of radiology has exploded with more radiologic technologists signing up for the complex and technical work the field offers. It’s a field for anyone interested in services and technology. Anyone looking to help people who are dealing with a variety of medical issues will be a good fit.
It’s important to know that it’s important for every certified radiologist to earn radiology CE credits.
If you’re looking to earn your credits around your own schedule with online courses, here’s what you need to know.
Which Careers Require Continuing Education?
There are a wide variety of professions that offer certifications. In the radiology field, you need to work to maintain your licensure through radiology continuing education, especially if you’re looking to stand out in the professional community and find a job. It’s hard to be competitive without the right licensure and certifications.
Most of these licenses require continuing education. That’s because technology, standards, and requirements change constantly. While it’s expected that you’d do some research on your own, keeping requirements ensures there’s a minimum standard for all radiologists.
Every state has different certification requirements. The industry sometimes lobbies for different requirements and so it’s vital for radiologic technologists to stay tuned to the changes made in each state.
Radiologic technologists, radiation therapists, and radiologists all require continuing education of some kind. Radiographers and radiologic technologists will keep up to date on equipment changes and x-ray technology information. Radiation therapists and radiologists will need to learn about using radiation as part of their medical tool kit, often to treat cancer patients.
Who Else Needs Continuing Education?
Radiologic technologists will mostly work in one main imaging technique. This ensures that they gain mastery over this technique and can focus on providing one type of high-quality service to patients.
In addition to those listed above, you find that sonographic and nuclear medicine technologists also need CE credits.
Sonographers bounce high-frequency soundwaves off of tissues inside of the human body. They read echos and those get translated into an image.
Nuclear medicine is where trace amounts of radiopharmaceuticals are used to get data from inside the body. Bones, organs, and tissues show up with radiopharmaceuticals. Cameras get an image of the gamma-ray emissions that help doctors to find issues inside of a body.
Getting to Know the Requirements
Radiologic technicians and radiation therapists have to get certified through a group called the ARRT. The American Registry of Radiological Technicians requires that applicants first graduate from a program that they approve of. Then, they’ll require that the graduate meets ethical standards before they’re allowed to take a certification exam, also known as the boards.
Every two years, ARRT certified technologists need to complete a full 24 credits in continuing education. If they don’t, they might risk losing their certification.
Radiologists go through a different process. They’re certified by the American Board of Radiology. Those certifications are renewed over the course of ten years, during which time a radiologist needs to take a lot of credits.
They also need to perform a self-assessment depending on their specialty.
Choosing the Right Program
The right program for every radiologist and radiologic technologist will depend on what’s available and what state you’re in. The rules can be complicated and are often subject to change.
Sonographers and nuclear medicine technologists need to look carefully at what’s offered. They need to be recognized by certification granting organizations. This will depend from one jurisdiction to another.
Professional organizations will look at proposed courses submitted by providers. They determine whether or not a course is adequate by peer-reviewed guidelines. Approved continuing education is available through these professional associations.
Even manufacturers of medical equipment can offer courses. If you’re going to be working with one specific tool, sometimes, the people who make that tool can do the best job in letting you know how to get the most out of it.
Enrollment is going to be limited to people who already have a certification and who need continuing education. People who are merely interested in learning about radiology should not pursue continuing education credits.
Types of Courses
There are a number of different types of courses aimed at each type of radiology specialty.
As outlined above, radiologists and radiologic technologists might need to take a course that’s based on a particular technology that they use. They might also need to learn about changes to X-ray standards if the state law has changed. Radiation therapists and radiologists will learn about how treatments can be carefully used to target different types of illnesses based on new research.
Nuclear medicine is another type of specialty that changes constantly. As more radiopharmaceuticals are developed and used constantly, healthcare providers and radiologists need to be on top of this. They also need to ensure that they’re sticking to high safety standards.
Mammography specialists will need to stay up to date as their field also changes.
Fluoroscopy is a specialty where things are changing constantly. The live dynamic imaging that’s created with fluoroscopy is always being changed by new technology and knowing what to look for will change with each leap.
Ultrasound technolgists or sonographers have seen their field change and grow over time. Those improvements are folded into continuing education so that every sonographer can offer imaging techniques that are ever more effective.
Radiology CE Credits Can Be Earned At Home
Thanks to the number of online courses available, it’s never been easier to stay on top of your radiology CE credits. Knowing which courses are best and which are available is also easy thanks to the availability of options.
If you’re interested in MRI training, check out our guide to learn more.
Did you know that the national job outlook for X-ray technologists will be very good for the next decade? More people now need procedures to diagnose health conditions. So, you can expect to find many employers who appreciate your radiology skills.
To become an X-ray technologist, you already went through a certificate or degree program, but your education doesn’t end there. Continuing education is a requirement to stay in a radiology career.
So, why is continuing education important? You probably think of it as a means to maintain your licensure or learn something new. But its benefits go beyond these key purposes.
Read on to learn all about the importance of continuing education for X-ray technologists.
1. You’ll Need Continuing Education to Renew Your License or Certification
To keep your license or certification, you must complete radiology continuing education courses. You’ll also need to pursue continuing education to prepare for periodic evaluations.
The American Registry of Radiologic Technologists (ARRT) has rules for keeping your certification. You’ll need to complete at least 24 continuing education credits every two years.
If you don’t meet this requirement, you’ll find yourself on probation. You can even lose your license to practice as an X-ray technologist.
The ARRT accepts a variety of continuing education options to meet this requirement.
For example, you can take regular classes online, attend approved professional seminars, or learn through self-study or attend lectures.
The ARRT also has continuing qualifications requirements. If you can’t meet them, you risk losing certification.
This process includes an assessment that happens every 10 years. The continuing qualifications process involves testing your current skills to find any gaps you may have.
If your X-ray technology skills don’t meet the standards, the ARRT will require some specific continuing education courses.
2. Continuing Education Can Help You Further Your Medical Career
The importance of CE for healthcare professionals goes beyond your current job. It can also prepare you for new career paths in medicine or allow for specialization.
After working a while as an X-ray technologist, you might consider a leadership role. Becoming a lead X-ray technologist or radiology manager is a common career path. This job involves overseeing other X-ray technologists, handling scheduling, and coordinating procedures.
If management interests you, consider taking some business classes alongside radiology courses. Earning a bachelor’s or master’s degree in healthcare management is an option.
You can also use continuing education as a chance to expand your radiology skill set. To do so, you might pursue other certifications from the ARRT in imaging or radiology.
For example, you could take some continuing education courses to prepare for MRI technologist certification or mammography.
Having multiple specialties can help in the job market and make it easier to find a new position. You’ll want to check on your state licensure and the ARRT requirements to make sure your continuing education is in line with your future goals.
3. Continuing Education Helps You Keep Up With New Developments in Radiology
Your initial radiology education prepared you for the job. But it didn’t teach you developments that would come after graduation.
The past years have led to new digital X-ray technologies that reduce radiation which helps protect patients. Imaging tools can now provide an alternative to surgery in some cases. There are even systems that allow medical professionals to evaluate patients’ X-rays remotely.
By pursuing healthcare continuing education, you stay informed about new developments.
4. Continuing Education Helps You Do Better Work
The importance of continuing education is also seen in how it helps you do a better job. This leads to better patient care and higher patient satisfaction.
You might have forgetten some of the stuff you learned while studying to become a radiologic technologist, but continuing education can keep you current with advancing technologies.
Continuing education can also teach you the best practices in X-ray technology and patient care. For example, you may read case studies of veteran X-ray technologists and researchers. Learning of their experiences can give you valuable insight and some new techniques to try.
Your employer will also take notice when they do your performance evaluations. Your dedication and improved skills can lead to pay increases, awards, or even a promotion.
5. Continuing Education Can Improve Your Image
Healthcare continuing education can also improve your reputation as an x-ray technologist.
You’ll find more confidence in working with patients and other medical professionals. Others will see you as more authoritative and trust in your work.
When you express professional confidence in your work, patients will feel more comfortable during procedures.
Meeting continuing education requirements can also help you join professional organizations in radiology. Joining these organizations can help further boost your image as a professional in X-ray technology.
Now You Understand the Importance of Continuing Education
As you’ve learned, the importance of continuing education goes beyond allowing you to keep your credentials.
It helps you care better for your patients and improve your professional skills. It also gives you better career prospects and keeps you informed of the latest X-ray technology trends.
So, get started looking for continuing education options. You might start reading professional journals or signing up for online radiology courses.
Feel free to reach out to us to learn more about our continuing education courses.
As a radiologic technologist, your education continues as long as you practice.
To maintain your certification, you need to complete a set number of radiological technologist continuing education credits. These credits help you keep up with the latest science in the field and provide you with an opportunity to broaden your horizons and become a well-rounded medical professional.
The system for CE credits for radiologic technologists can be a bit confusing, especially during your first two years. So, we gathered up the most frequently asked questions about CE credits and answered them below.
Keep reading to learn more about your ARRT continuing education obligations.
Who Are the ASRT and the ARRT and What’s the Difference?
Your journey towards radiologic technologist certification is completed. Now you must earn your 24 ce credit hour requirement for the two year period, also known as the biennium. When choosing a continuing education course, be sure that it is approved by a qualified RCEEM such as the American Society of Radiologic Technologists (ASRT) and accepted by the American Registry of Radiologic Technologists (ARRT).
The American Registry of Radiologic Technologists (ARRT) is the credentialing organization. ARRT designs and administers certification testing and sets the ethics and continuing education requirements needed to maintain your license.
How Many CE Credits Do You Need?
To keep your radiologic technologist certification with the ARRT active, you need to complete 24 CE credits every biennium.
A biennium is two years, but it differs for every professional. You receive your biennium dates from the ARRT once you pass your exam.
Per ARRT: The CE Requirements are linked to a two-year period (biennium) that is defined in relation to the R.T.’s birth month. The biennium begins on the first day of the R.T.’s birth month. The biennium extends for two years to the end of the month prior to the birth month. For example: An R.T. who has a February birth month earns their radiography credential in January 2019. Their assigned biennium is from February 1, 2019 through January 31, 2021.
How Do You Earn Credits?
You can earn credits in a variety of ways, including classes, conferences, and other educational activities. Some of the opportunities include:
- Directed readings
- College courses
- Home Study Courses
- Online programs
However, those credits need to meet the criteria published by the ARRT.
For example, the ARRT doesn’t accept credits that are part of your job requirements. Attending meetings, poster sessions, or holding an elected office doesn’t count. Neither do activities that aren’t related to radiologic technology or healthcare.
Additionally, all 24 credits need to be an A or A+ credit. We cover those in the next section.
What is a Category A or A+ Credit?
A or A+ credits are activities approved by a Recognized Continuing Education Evaluation Mechanism (RCEEM)+.
Finding these credits is easy: any credit with official A or A+ ARRT acceptance will denote its status in the credit or product description.
How are Category A or A+ Credits awarded?
Per ARRT: Category A and A+ activities are awarded the number of CE credits assigned by the evaluation mechanism (i.e., RCEEM, RCEEM+, state licensing agency) . A contact hour is defined as being equal to 50 to 60 minutes. Activities longer than one hour shall be assigned whole or partial CE credit based on the 50-minute hour. Educational activities of 30 to 49 minutes in duration will be awarded one-half CE credit. CE activities (completed on or after January 1, 2016) that last 15 to 29 minutes will receive one-quarter credit. Activities lasting less than 15 minutes receive no CE credit. ARRT’s continuing education document.
As a general radiographer, you can submit a mix of both types of credits as long as you reach 24.
How Do You Submit Credits?
As you complete your classes or education opportunities, you receive a certificate of completion from the sponsor that validates your credit.
It’s important to hold on to these because you must submit information from them to the ARRT for renewal.
Are You On-Track to Complete Your CE credits for Radiologic Technologists?
Every ARRT-certified radiological technologist needs to complete 24 CE credits each biennium to remain in good standing with your certification board.
The number of CE credits for radiologic technologists only amounts to about 24 hours of learning time, which isn’t much over two years. However, those credits do cost money, so you need to choose carefully.
Are you looking for ways to get your credits and save money? Get in touch to learn how we help radiologic technologists across the U.S. complete their continuing education credits on time and on budget.
How to Get Certified in Cardiac Interventional Radiography
What does it take to get your Post Primary Certification in Cardiac Interventional Radiography? This guide breaks down all the essentials you will learn.
In 1953, interventional radiography began to make its way into medical practice. A Swedish doctor by the name of Sven-Ivar Seldinger pioneered the Seldinger technique, which allows for safe access to organs like the heart and its blood vessels. This technique marked the beginning of a new era in medicine.
Cardiac interventional radiography requires extensive training. That’s because these radiographers are trained in both interventional and radiology techniques. Training enables these medical professionals to look inside the body and treat conditions using the most minimally invasive procedures possible.
It’s both a noble and rewarding job. But what does it take to get your Post Primary Certification in Cardiac Interventional Radiography?
Keep reading to find out about all the essentials!
What Is Cardiac Interventional Radiography?
Interventional radiography uses medical imaging techniques to both diagnose and treat problems with both lymph and blood vessels, whereas cardiac interventional radiography focuses specifically on the heart.
Cardiac interventional technologists use sophisticated fluoroscopic equipment. They use this equipment to capture images of the heart and the blood vessels that surround it. They may, at times, assist with procedures such as stenting, thrombolysis, embolization, biopsies, and angioplasty.
The procedures are image-guided and can play a huge role in saving someone’s life.
A cardiovascular interventional technologist might help to treat children with lymphatic system disorders and vascular system disorders. These issues can be either present at birth or acquired.
They use small tools and extremely precise imaging to both help with diagnosis leading to treatment of these disorders.
How Can You Get Certified in Cardiovascular Interventional Radiography?
ARRT stands for American Registry of Radiologic Technologists. It’s the leading credentialing organization that recognizes qualified individuals in interventional procedures, radiation therapy, and medical imaging.
There are multiple accredited education institutions where you may acquire the education that you need to become certified. Either way, you want to make sure that you get accredited from a school that all the states recognize so that you don’t run the risk of losing your certification, should you move.
If you are a radiologic technologist, you must take a set amount of hours in specific categories within your continuing education to qualify you for testing and earning the credentials.
What Procedures Are Required for Certification?
Candidates for registration and certification must have documented performances for AT LEAST 150 repetitions of cardiac interventional radiography procedures.
These procedures must be documented, verified, and submitted.
For some of those mandatory procedures, candidates have to complete at least 10 right heart catheterizations. Each heart catheterization has to include at least 2 studies from the following list:
- Shunt detection
- Valve measurement
- Right ventriculography
- Pulmonary angiography
- Cardiac output calculations
In addition to 10 RIGHT heart catheterizations, candidates have to complete a total of 60 LEFT heart catheterizations. Each one must also include at least 2 studies from the following list:
- Coronary angiography
- Coronary artery bypass graft angiography
- Left ventriculography
- Ventricular volume measurement/ejection fraction
For both right and left heart catheterizations, candidates must complete up to 80 additional catheterizations. They will be counted towards your elective procedures.
At least 80 of those elective procedures have to be documented. But there must be variety in both the procedures and the patients. Each documented procedure can only be documented one time for each patient.
In order to be considered as a candidate, you must already be certified and registered in a supporting category. Be sure to visit ARRT for more specific information on the clinical experience requirements.
What Are the Benefits of Cardiac Interventional Technology?
The whole purpose of the field of interventional radiology is for procedures to be as minimally invasive as possible. They use small incisions, and because of that, procedures are usually less painful than regular surgery.
When it comes to children, they get the smallest amount of sedation or anesthesia necessary in order to be safe and comfortable during an IR procedure. Many procedures don’t even warrant a hospital stay.
Typically, patients have shorter recovery times and no scars or minimal scarring. Because these treatments are image-guided, they are extremely precise.
How Much Does Certification Cost?
Costs for continuing education to become a cardiac interventional technologist vary.
Depending on whom you take your courses through, you can save a lot of money. Many services offer combo courses so that you can focus on two areas at once.
Check out some of the combo courses that we offer. The courses are valid in every state, so you don’t have to worry about issues should you move to another state.
Once you become a cardiac interventional technologists, you will be on your way to earning a great salary. Plus, you’ll be inspired and driven, knowing that you’re performing such an essential and caring job.
Cardiac Interventional Radiography Is a Noble Profession
While it may seem daunting to acquire your certification for cardiac interventional radiography, some programs can be completed faster than others. Plus, much of your experience may count towards your certification so you’ll at least be making a full-time salary while you complete your courses.
The job itself is both rewarding and admirable as you will spend your entire career, helping others.
When you opt for online certification, you can complete your course work in the comfort of your own home, and at your convenience.
After you’ve completed a course, you can even complete your testing online.
Check out the radiology courses that we offer to start. We offer a low-cost guarantee!
Free and Inexpensive Ways to Earn Radiation and Fluoroscopy CME Credits
Fluoroscopy is a branch of medical imaging that uses continuous X-rays beams to provide a real-time examination of tissue, bone and other body structures. Because of potential health risks due to increased radiation exposure, the field is highly regulated to ensure the safety of patients and staff. The state of California requires healthcare providers who operate or supervise fluoroscopy radiation to earn CME (Continuing Medical Education) credits in order to renew and maintain medical licenses, permits, and certifications. Earning CME credits can be costly, and for some, the expense is a hardship. Scrubs Continuing Education offers ways you can earn inexpensive fluoroscopy CME credits.
About CME Requirements
CME (Continuing Medical Education) refers to activities that help “maintain, develop, or increase the knowledge, skills, and professional performance and relationships…” of healthcare providers across many disciplines. Anyone who provides or supervises healthcare and medical services must meet the CME requirements, including physicians, surgeons, podiatrists, physician assistants, and nurses. California fluoroscopy licenserequirements also apply to supervisors of diagnostic/medical centers, and the technologists who operate the equipment and diagnostic machines, to earn CME credits.
California CME Credits must be accepted by the following governing bodies:
- American Registry of Radiologic Technologists (ARRT)
- Medical Board of California
- Osteopathic Medical Board of California
- California Board of Chiropractic Examiners
- Board of Podiatric Medicine
- Dental Board of California
Who Must Earn CME Credits?
According to the California Department of Health, CME credits are required to renew medical licenses, certifications, and permits in radiologic technology and fluoroscopy (Title 17, California Code of Regulations, section 30403). The regulations apply to any healthcare or medical professional who provides, supervises, operates or recommends fluoroscopic testing.
Fluoroscopy and radiation CME courses are required for…
- Certified radiologic technologists (CRT)
- Radiology supervisors and operators
- Fluoroscopy permit holders
- Physician Assistants & Supervisors/Operators (physicians, podiatrists, chiropractors) with fluoroscopy permits
How Many Hours Do You Need?
Everyone in the state in California who operates or provides fluoroscopy radiationexaminations must take a set amount of hours (credits) in order to maintain permits, licenses, and certifications.
Radiography – 24 CE credits in two year period, 4 of which shall be in digital radiography and/or fluoroscopy radiation safety
- Radiology Supervisors/Operators – 10 approved CE (Continuing Education) credits
- Fluoroscopy permit holders – 4 approved CE credits in fluoroscopy radiation safety for the clinical uses of fluoroscopy in subjects related to the application of X-rays
- Fluoroscopy Certified Supervisors and Operators – 10 CE credits in a two year period, 4 of which shall be in fluoroscopy radiation safety
- Physician Assistants & Supervisor/Operators with fluoroscopy permits – 4 of 10 credits in radiation safety for the clinical uses of fluoroscopy (includes California licensed Physicians, Surgeons, Podiatrists, and Chiropractors)
To see the complete requirements, visit the California Department of Health web page at: (Downloads to a pdf) Renewal Requirements
California Department of Health
Department of Health Services
Radiological Health Branch, MS 7610
In general, the requirements must be met within two (2) years after the expiration date of a fluoroscopy permit or medical license.
How Can You Earn CME Credits?
One CE credit equals one CME credit as defined by the Medical Board of California. In order to qualify as a CE credit, the educational material must include some portion of instruction or philosophy that relates to X-ray and/or fluoroscopy examination, such as correct application, uses, the latest technology, patient safety, best practices, and the effects of radiation on the human body.
CME credits can qualify as CE credits on “hour-by-hour basis” as long as there is instruction related to X-ray applications.
There are a number of different ways to obtain CME credits:
- In-person lectures
- Online classes/conferences
- Books & peer-reviewed articles (case studies, research, new technology, etc.)
- Video & audio recordings
Each state has its own requirements in regards to CME credits. The California Department of Public Health sets CE requirements for fluoroscopic radiologists and other healthcare providers who are involved in this type of diagnostic testing.
How Much Does it Cost to Earn CME Credits?
Earning CME credits can cost anywhere from under a hundred dollars to thousands if you attend a conference for which you have to travel and stay in a hotel somewhere for several days. Even online courses and seminars can set you back a lot, depending on the organization sponsoring the course. For some, the expense is a hardship, so many people look for ways to cut costs by earning inexpensive or free fluoroscopy CMEcredits.
Inexpensive and Free CME Courses in Radiology, Fluoroscopy, and X-rays
There are a surprising amount of ways to meet CE requirements that won’t wreak havoc on your budget. You may find some free CME courses offered by hospitals throughout California and around the country. Some of them are online classes that can be taken from anywhere.
Earn CME Radiation Credits from ScrubsCE
Another inexpensive way to earn credits and satisfy California CME requirements is to take ScrubsCE Courses. We offer high-quality, low-cost, online classes, which are ASRT/AHRA-approved for ARRT Category A & A+ Credit Hours.
X-Ray Continuing Education Courses (radiologic technologists & imaging professionals)
California Combo Fluoroscopy Safety Combos (digital radiography & fluoroscopy radiation protection)
Fluoroscopy Radiation Safety (for fluoroscopy permit holders)
You can satisfy California radiology license requirements without busting your budget by taking advantage of inexpensive and occasionally free fluoroscopy CME courses. Get started with ScrubsCE to find cost-effective online courses.
If you had to provide your American Registry of Radiologic Technologists (ARRT) credentials today, would they be valid?
As a Registered Technologist (R.T.), you are required to possess the knowledge and skills to provide the best possible care to the patients you serve.
This is why the ARRT imposes certain ongoing requirements to maintain your certification. Failure to maintain the correct qualifications may result in probation or revocation of your license.
If you let your credentials expire, you can only become re-qualified by meeting all initial requirements AGAIN – meaning you will have to take the boards.
Wondering how to make sure your qualifications are valid? Let’s discuss the continuing qualification requirements you need to meet after receiving your first ARRT credential.
How to Maintain Your ARRT Credentials
You put in a lot of hard work and commitment to earn your ARRT credentials. The commitment doesn’t end after you meet the initial requirements for your license.
Before fulfilling other requirements, you must remain compliant with the ARRT Rules and Regulations and the ARRT Standards of Ethics. You should be familiar with both after earning your initial credentials.
Next, you will need to meet the following requirements.
Annual Renewal Process
Each year, you will be required to renew your credentials through the ARRT. The process is completed quickly and easily online.
While there are fees associated with renewing your credentials, they are lower than typical credentialing organizations.
When determining the cost of annual renewal, you should also consider additional licensure renewal fees required by your state.
Continuing Education Biennium
Once you become an R.T., you will be required to report your CE activities to the ARRT every two years after your initial exam. This timeline is referred to as the biennium.
During your biennium, as a Radiologic Technologist you are required to earn 24 continuing education (CE) credits. To earn these credits, you will have to participate in activities accepted by the ARRT.
These activities may include approved online courses, classroom learning, lectures from professional society meetings, and more.
It is your responsibility to be sure that your activities meet ARRT requirements. You are required to report your CE activities. If you are audited by the ARRT, you will need to show proof of your continuing education with a certificate of completion.
The ARRT will continually assess your education and skills, so they have created long-term continuing qualification requirements for professionals to fulfill.
The ARRT created the CQR process to ensure professionals’ ability to provide high-quality care.
These requirements apply to radiologic professionals who have earned their credentials on or after January 1, 2011. While you will have to complete CQR every ten years, you have three years to complete the process.
The CQR process can seem daunting, but it is a necessary requirement for R.T. professionals:
- Accountability. It is vital that you are able to provide your patients with quality care. Patients and their families trust you to remain accountable and provide the care they require.
- Assess your skills. CQR is a way to assess your skills. To remain successful in your career, you will want to stay up-to-date on best practices.
- Improve your knowledge. By completing CQR, you will be able to identify any weak areas in knowledge related to your discipline. Identifying these gaps is the beginning of improving your skills.
- Remain competitive. As an R.T., it is imperative to remain competitive in your discipline. CQR gives you the ability to elevate your profession.
How to Complete CQR
- Update your professional profile. To complete the CQR process, you are first required to
update your professional profile. In this profile, you highlight the types
and frequency of the procedures you perform.
Complete a Structured Self-Assessment (SSA). It is important to note that the SSA is not a test, so you can’t fail. This self-assessment is necessary to assess your knowledge and skills to identify areas that require your attention.
While it’s not a test, you will have to perform the assessment under the supervision of a proctor. This can be done via webcam.
- Complete continuing education activities. These activities may be the same or different as those required for your biennium review. However, they are ordered specifically by the ARRT in coordination with your SSA. These CE requirements will count towards your biennium.
This may seem like a lot, but the process is actually simple. The first two steps should take you under three hours. It is unlikely that the CQR process will take any longer than your biennium.
And as a plus, you only have to worry about it every 10 years!
Maintain Your Credentials Today
While performing these ARRT continuing qualifications requirements might be frustrating, the process is not a scheme. Most health care professions have similar requirements to maintain certification.
It is simply in effect to ensure that patients are receiving the care they require from their R.T. You can always spread the cost of required CE over two biennium periods.
Each of our courses comes with a textbook or an in-depth document and a post-test. You can save money by sharing a course book with another tech that is completing CE!
We provide an online testing center for free. If you are more comfortable taking the test manually, you also have the option of mailing or faxing your answer sheet to us.
Do you have questions about continuing education requirements for the ARRT? Just ask us to get started!
There are currently more than 200,000 radiologic technologists currently working in the United States. This field is growing at a rapid rate, too. It’s expected to expand by 13 percent by the year 2026.
If you’re currently working as a radiologic technologist, or if you just completed your certification and are looking for a job, it’s important that you stay informed about the latest developments in your field.
More people are looking to become radiologic technologists every day, and if you’re not continually learning and improving, you might have a hard time remaining competitive with your peers.
X-ray CE courses need to be a top priority, especially if you’re still looking for a job. Read on to learn more about them and how they’ll benefit you in your search to become a radiologic technologist.
Benefits of Radiology CE Courses
Participating in CE courses is an essential part of your job as a radiologic technologist. You need CE courses to keep your license current. That’s not the only reason to participate in them, though.
When you participate in regular CE courses even before you’ve been hired as a radiologic technologist, you can reap a lot of great benefits, including the following:
1. Learn About New Technology
When you participate in radiology CE courses, you have the opportunity to learn about new forms of radiologic technology. You get to stay informed about the latest trends in the field, too.
Knowledge is power, and the more you know about the field and the different tools people are using in their practices, the better off you’ll be.
2. Maintain Good Professional Standing
Remember, participating in continuing education courses is essential if you want to keep your license current.
In order to maintain good professional standing and make sure you’re in compliance with the law, you need to take these courses seriously.
3. Keep Your Skills Sharp
Continuing education also allows you to maintain and improve your skills as a radiologic technologist.
If you’ve passed your test and earned your certification, you might be convinced that you’ve perfected your technique and have learned all there is to know.
That’s definitely not the case, though. The more you learn, the better you’ll be able to perform your job (once you’re hired) on a daily basis.
4. Become More Marketable
One of the best ways to make yourself more marketable and increase your chances of getting hired is to make sure you’re participating in continuing education courses.
This doesn’t just show that you have a current license. It also shows that you’re dedicated to improving your skills and being the best radiologic technologist you can be.
5. Increase Your Chances of Raises and Promotions
Once you get hired as a radiologic technologist, continuing education becomes even more important.
When you participate in these courses, you show your boss that you’re a dedicated employee. This, in turn, can help you to increase your chances of getting raises and promotions.
6. Improve Patient Experience and Outcomes
Continuing education doesn’t just teach you about new technology and techniques. It also teaches you about what you can do to help the patients you see feel more comfortable.
It’s not uncommon for folks to feel anxious or tense when they see a radiologic technologist. By learning new ways to put them at ease, you can improve the patient experience.
Continuing education also gives you the skills you need to make sure you’re getting high-quality images and making it easier for physicians to correctly diagnose their patients.
7. Reduce Risk
Finally, continuing education also helps you to reduce your risk of making mistakes.
When you’re working in the medical field, you need to be as close to perfect as possible. As a newly certified radiologic technologist, it’s going to take a lot of extra work for you to get closer to perfection.
Continuing education will help you get there and avoid mistakes that could put your patients at your risk. If you start participating in continuing education now, you’ll have a much easier time performing your job once you do get hired.
FAQs About CE for a Radiologic Technologist
Okay, you can see that it’s important for you to make continuing education a priority if you want to continue to be an effective radiologic technologist.
You probably have some questions about what’s expected of you when it comes to continuing education, though.
Listed below are the answers to some frequently asked questions about CE for radiologic technologists:
How Many Credits Do I Need?
Radiologic technologists need to earn 24 continuing education credits every two years.
The two-year period (known as a biennium) is determined based on your birth month and the year during which you first took your examination to become a radiologic technologist.
It begins on the first day of your birth month and ends on the last day of the month prior to your birth month two years after.
What Kind of Courses Should I Take?
There is a lot of flexibility when it comes to deciding which continuing education courses you are going to take.
However, all courses must have been awarded either Category A or Category A+ approval. This means they’ve been approved and evaluated by the ASRT or another Recognized Continuing Education Evaluation Mechanism.
How Much Do Courses Cost?
The price of courses varies quite a bit, too. Most of them cost between $100 and $200, though. If you want to save money on continuing education courses, look for combo options that allow you to purchase multiple courses at once.
Start Your CE Courses Today
Now that you know more about the benefits of taking CE courses and which courses are best for a radiologic technologist, it’s time to go ahead and get signed up.
We have more than one hundred different radiology CE courses available on our site right now.
All of our courses are ASRT/AHRA approved and are accepted by ARRT for either Category A or Category A+ credits. They’re available at low costs, too and all of them even come with free online testing.
It’s never been easier or more affordable for you to continue your education and work toward becoming the best radiologic technologist possible.
Sign up for a course today!
You want to become an MRI technologist. How can you get started?
The truth is that there are some specific steps you need to take before you can complete MRI training. It can be complex at times, but it is necessary to do the job well.
What do the MRI courses look like? How long is the training program? What are MRI technologist expected to do?
Keep reading to get answers to these questions and more so that you can see if this is the right field for you.
What is an MRI Technologist’s Role?
MRI technologist, also called MRI technician or MRI techs, are an important part of the allied health industry.
The main role is to help prepare patients for MRI procedures and to position them before the procedure is done. Then, images are created of the inside of the patient’s body using the MRI machine and computerized scanner.
MRI technologists are asked to help talk to and calm patients that are nervous about the procedure and explain the procedure. After the MRI is done, a radiologist or physician will come to analyze the scans.
This is an important role to have in the medical field because MRI scans help us to see more about what is happening in the body.
You work as part of a health care team to deal with the patient’s symptoms and concerns.
Depending on where you work, it is likely you will regularly work with X-ray technologists, sonographers, mammographers, and radiation therapy techs. In addition, you will need to be able to talk with supervising physicians and other medical professionals as well.
It is an essential part of the process to have someone trained, educated, and prepared to handle patients before and during their MRI procedure.
How Much Does an MRI Tech Make Each Year?
While the work that is done in this field is a great reward, we all have bills and obligations to consider as well.
MRI technologists generally will make around $61,240 per year on average. This will also vary based on where you work, how long you have been in the field, and how much experience you have.
The more education and experience you have, the higher pay you will receive. This is true with any career, so it is important to think about this before you go into any program to see if you want to pursue other education routes first.
Where Do MRI Technologists Work?
In this type of position, you will plan to work in a medical facility. A lot of MRI technologists work in hospitals or clinics, but also privately owned doctor’s offices.
You could also potentially find work in specific government or VA hospitals. Outpatient imaging facilities also need MRI technologists. Even mobile imaging facilities exist that need the assistance of MRI techs.
As you can see, there are a few options about where you will be able to search for work when the time comes. This makes it easier on people when they are trying to get their foot in the door within this type of role.
How Long Does the MRI Training Program Take to Complete?
Each of the MRI programs out there have their own requirements that must be considered. Some may only require you to have a GED or a high school diploma and others may ask that you have an associate’s degree under your belt already.
Before you start a program, it is a good idea to take classes that are relevant to the field. You could also try to get clinical experience with a registered MRI technologist.
If you already have an Associate’s Degree in Radiologic Technology, you will likely be able to qualify as an MRI technologist faster. Be sure to look into ARRT’s Post-Primary Structured Education Requirements to qualify you to sit for the boards.
It is possible to get a blended online and in-person program in your quest to become an MRI Technologist, but due to the nature of the work, in-person and hands-on is best when possible.
What Types of Courses Do You Take?
Some of the courses subjects you may be asked to take will include information about the body, technology, and ethics. This could include a course about scanner operations, radiation safety, MRI protocol and procedures, or laws and ethics related to imaging. In addition, expect to take courses in anatomy, physiology, and other aspects of medical conditions.
Learning about patient care and the characteristics that go along with a good caregiver are also important.
Ready to Get Started?
If you know that MRI training is the right path for you, be sure to get started right away. It can take up to a couple of years to complete training and then you still need to apply for licensure when done.
Remember your training and all of the education that you have worked for to be able to do the role. It will help you become a better employee at your job and a better healthcare provider overall.
In addition, be sure to take your continuing education after you start working. Not only will you likely come across information you hadn’t considered before, but you will learn about new equipment and will be able to grow as a technologist!
The good news is that there are a lot of options available to help you study, so check out our website to find out more about what we can offer for your continuing education.
Proper radiographic positioning is essential to high-quality radiographs. Find out why.
Like a seasoned photographer in the Arctic Circle creating their shot, radiologic technologists know the importance of perspective.
They use it to create the illusion of three dimensions on a flat surface.
The human brain uses visual clues to immediately deduce which objects are farther or closer away from the observer.
The application of deliberate radiographic positioning allows radiologists to effectively visualize the different tissues of the body and locate pathologies.
A Primer on Radiography
Advanced medical imaging technology allows for unparalleled visualization of the hidden world inside of bodies. However, the traditional X-ray remains an essential tool due to its cost-effectiveness, ease of use, and widespread availability.
X-ray tubes project onto a receptor. The part of the body to be evaluated is placed between the x-ray tube and the receptor. Different tissues of the body absorb the x-ray to varying degrees depending on their consistency.
This leaves a ‘shadow’ that is converted to an image.
What Is Radiographic Positioning?
A standard anatomical position is a way to ensure that a universal language exists when describing the body. Imagine a person standing up straight with their arms outstretched and palms facing forward.
With this in mind, posterior refers to the back half of the body. Anterior means that a structure is closer to the front half of the body. For example, the tip of your nose is anterior to the back of your head.
Structures that are farther from the bottom of your toes are said to be superior anatomically. Inferior is defined as being lower in position.
Lateral and distal structures stray from the midline. Medial and proximal ones stay central.
The final image depends on the direction and angle that the x-ray passes through the body.
Anteroposterior (AP) projections enter the body through the front of the chest and leave through the back. Posteroanterior (PA) projections, logically, do the opposite. Projections going from side-to-side or diagonally are lateromedial and oblique, respectively.
What Are the Most Important Radiographic Positions?
There are several factors to consider when deciding which is the best radiographic position and projection to use.
Before proceding with the X-ray order, consider:
- Who is the patient?
- What is their presentation?
- What is the diagnostic differential?
- Are there any special factors? (disability, pregnancy, etc)
- What resources are available?
Chest x-rays are among the most commonly ordered procedures in medicine. They can show evidence of pneumonia, acute respiratory distress syndrome (ARDS), chronic obstructive pulmonary disorder (COPD), lung cancer, cardiomyopathy, heart failure, and many other disorders.
Physicians generally order PA and lateral chest x-rays when lung or heart disease is suspected. It can be invaluable to keep records of both of these in order to provide proper follow-up.
PA projection on film appears as if the patient is facing you. Their right side will correspond to your left. A lateral view is useful because two structures that are ‘behind’ one another may superimpose on a PA view and become indistinguishable.
An AP chest x-ray is less useful in most cases for several reasons. The heart is enlarged and renders it more difficult to visualize the pulmonary structures. The mediastinum is also enlarged. Together, this makes the lungs appear underinflated.
Pulmonary vasculature is also magnified in this view, leading to the appearance of interstitial infiltrate.
Signs of intestinal obstruction due to various causes may be shown radiographically. AP and PA may be used in conjunction particular with obese patients.
Although abdominal radiographs are sometimes ordered, one should remember that it does not replace a thorough history and physical exam and that there may be a better imaging study for these patients.
Shoulder X-ray Views
The shoulder joints consist of various bones, tendons, muscles, blood vessels, nerves, and other structures in a confined area. Shoulder x-rays are often ordered in conjunction with CT or MRI scans. This is useful in patients with suspected trauma, shoulder pain, arthritis, or restriction of movement.
The AP view is useful for visualizing the glenohumeral joint, clavicle, superior ribs, and proximal humerus. The lateral view best demonstrates any suspected shoulder dislocation.
Other shoulder x-ray views are indicated for certain trauma patients. A common one in these patients is called the modified trauma axial projection.
The Garth projection is a modification of this view specifically when glenohumeral dislocations are suspected. Other include the Grashey (AKA the true AP view) view, the Neers view, the axillary view, and the Stryker view.
Continuing Education in Radiology
The field of radiology, like the vast majority of medical specialties, is highly competitive and continuously evolving.
Things that were taught 10 years may now be outdated.
The best way to stay competitive professionally and improve the care you provide for your patients is to seek to improve your knowledge and ability through continuing education. You can earn CE and CME credits through these courses and even take online tests for X-ray, CT, MRI, and other imaging modalities.
Bringing It All Together
There are always certain things to consider when choosing the most appropriate radiographic positioning for each patient. This will depend on the particular characteristics of your patient, such as age and body type, the current condition, the part of the body to be evaluated, and the availability of imaging modalities in your health center.
Radiographic positions will always be important to know. They could make the difference between making and missing a crucial diagnosis.
Over the last few years, there’s been a major increase in job availability for folks who work in the medical field.
There’s been an especially significant increase for x-ray technologists — the field is expected to grow by 13 percent by the year 2026.
There are plenty of job opportunities for x-ray techs, but it can still be hard to get hired. Depending on where you live or the type of practice in which you want to work, you may find that the competition for x-ray tech jobs is pretty stiff.
This is where continuing education can come in handy.
Read on to learn more about the benefits of continuing education and how it can help you increase your chances of getting hired for x-ray tech jobs.
X-Ray Tech Continuing Education Requirements
Once you’ve passed your licensing exam and become an x-ray technologist, you’ll need to complete continuing education courses on a regular basis. As an x-ray technologist, you’ll need 24 continuing education credits every two years.
You have tons of continuing education courses that you can choose from.
All of the courses need to have either Category A or Category A+ classification. This shows that the courses have been approved by a Recognized Continuing Education Evaluation Mechanism (also known as an RCEEM).
Benefits of Continuing Education for X-Ray Techs
There are lots of benefits that come with taking continuing education courses while you’re in the process of searching for x-ray tech jobs. The following are some of the greatest benefits you might not have realized:
1. Keep Your License Current
You need continuing education credits to keep your license current. A lot of people whose jobs require continuing education credits have a tendency to wait until the last minute to complete them.
By pursuing your continuing education credits now, you’ll be ahead of the game. As a result, you will be able to rest easy knowing that, when the time comes to renew your license, you’ll have already done the hardest part.
2. Increase Chances of Getting Hired
There are lots of job openings for x-ray techs right now. There is also a lot of competition for these jobs, though.
If you’ve been working on your continuing education courses, you may be more valuable to folks who are looking to hire technologists for their practices.
This shows a dedication to the field. It also shows that you prioritize education and proactivity.
3. Learn About New Developments
The medical field is always evolving. By making continuing education a priority, you’ll be able to stay on top of these new developments.
This will help you ensure you’re doing things in the most efficient way possible. It’ll also help you to improve your skills as an x-ray tech.
4. Specialize in a Specific Area
There are tons of different continuing education courses out there, and you have a lot of flexibility when it comes to deciding which courses you want to take.
As long as they have the right classification, you can pick any course you want.
This gives you the opportunity to specialize in a specific area. This, in turn, can make you more marketable and increase your chances of getting hired in the future.
5. Serve Patients Better
The more knowledge you have at your fingertips, the better able you’ll be to serve your patients.
As an x-ray tech, you’ll often be working with people who are nervous, in pain, or feeling ill. Don’t you want them to feel as comfortable as possible?
Continuing education courses can teach you new techniques that will allow you to do just this.
6. Increase Your Confidence
You may have passed your course and your licensing exam, but you might still feel a little nervous about actually working one-on-one with patients.
Continuing education can help you hone your skills and increase your confidence.
After passing these additional courses, you’ll feel more prepared to take on whatever comes your way on the job.
7. Hit the Ground Running
After participating in continuing education, you may require less on-the-job training.
You’ll have additional skills and will be able to dive in and start working with patients sooner.
Continuing education might also help to minimize the adjustment period you have to go through once you start working in a new practice.
8. Increase Promotion Eligibility
Finally, continuing education courses can help to increase your eligibility for promotions once you do get hired.
You’ll have more knowledge and qualifications on your side, and that’s something your bosses will definitely appreciate.
If you want to be able to rise through the ranks sooner after you start working as an x-ray tech, continuing education will work in your favor.
Bonus Tips for Landing X-Ray Tech Jobs
There is definitely a need for continuing education in the healthcare industry, especially for x-ray technologists. Participating in continuing education courses isn’t the only step you can take to increase your chances of getting hired, though.
Some other steps to increase the likelihood that you’ll get hired include:
- Start networking with people in the field early (preferably before you’ve finished your training)
- List references who can vouch for your dependability and credibility
- Present yourself in a professional way (dress, speech, hairstyle, etc.)
- Practice answers to common job interview questions
- Start with part-time work to get your foot in the door
Remember to be persistent in your search, too. It may take time, but if you’re persistent and continue to make an effort to put your best foot forward, you’ll eventually find the right job.
Sign Up for Continuing Education Courses Today
There are plenty of benefits that come with taking continuing education courses.
You’ll have a much easier time getting hired for x-ray tech jobs if you invest in continuing education, and you’ll get the added benefit of extra training and new opportunities to sharpen your skills.
Are you ready to get signed up for continuing education?
If so, check out the courses available on our site today. All of them are either Category A or Category A+ courses, and they’re available at great prices.
If you want to save even more money, be sure to check out our combo specials!
Mammography continuing education courses cover a lot of ground. Here are just a few of the topics you will cover.
If you’re a Radiologic technologist who performs mammograms, there are specific continuing education (CE) requirements you’ll need to meet. Keeping track of everything can be a challenge, and you definitely don’t want to fall short of your requirements.
Failing to meet your CE requirements can result in being put on a probationary status, additional fees for reinstatement, and possible loss of your license.
Not sure exactly what you’ll need to do to maintain your license? Wondering which topics are covered during mammography continuing education?
No worries, we’ve got you covered! Read on for everything you need to know.
Minimum Continuing Education Requirements
In addition to maintaining your primary license through the American Registry of Radiologic Technologists (ARRT), you’ll also need to meet the compliance requirements of the Mammography Quality Standards Act (MQSA). Your state could have additional requirements.
The Food and Drug Administration (FDA) sets forth the requirements for the MQSA. It requires each licensed professional to have a minimum of 15 continuing education units (CEUs) focused on mammography in the 36 months preceding the annual MQSA inspection.
The AART also requires you to earn 24 hours of general CE credits every two years. Your mammography continuing education credits can count towards your general credits. This means that in years when you do your 15 mammography credits, you only need nine more general credits.
Reporting and Tracking Your Credits
Mammographers who are AART certified will report their CE credits on the CE Report Form that’s included in the renewal application. You’re required to keep track of your own CE credits. You may, however, need to submit proof of completion during the MQSA exam.
CE Credit Types
Continuing education credits are divided into both category A and category A+. If you’re a Registered Radiology Assistant (RRA) or another type of specialist, you’ll need category A+ CEs. Otherwise, the regular category A ones are all that’s necessary.
If you have A+ credits they’ll still count towards your requirement.
Topics Covered in Mammography Continuing Education
For your continuing education credits to count for your mammography license, they must pertain to breast cancer, mammography, or a modality you use to perform your mammograms.
There are several popular mammography CE credit bundles. Following are some of the most common.
Breast Imaging 1: Digital Mammography
This course offers 6.75 category A credit hours. It covers digital mammography topics including:
- How the equipment works ‘
- Basics regarding positioning
- Image evaluation
- Computer-aided detection
The course also addresses best practices regarding techniques and quality control.
Breast Imaging 2: MRI and Ultrasound
This course provides you with 6.5 Cat A+ credits. It covers:
- Ultrasound and MRI equipment basics
- Information regarding technique
- Protocol, interpretation, and indications
Breast Imaging 2 also addresses patient care and safety issues.
Breast Imaging 3: Percutaneous Stereotactic Biopsy
The Breast Imaging 3 course provides 4 Cat A+ credits. It covers image-guided percutaneous stereotactic breast biopsy in detail.
Breast Imaging 1, 2, and 3 are also available in an economical combo pack.
Mammography and Breast Imaging Prep
This 32-hour category A credit course provides a comprehensive look at breast imaging practices. It covers:
- Patient care
- Analog and digital equipment
- Anatomy and physiology
- Intervention techniques
- Treatment options
- Quality control
The course also meets the state of California’s 4-hour digital requirement.
Breast Imaging Case Review Series
The Breast Imaging Review Series covers 11.5 ARRT category A+ credit hours. It covers clinical scenarios and issues in breast imaging. The primary focus is on breast imaging and the discovery of masses found with ultrasound. The course includes many mammographic images for evaluation.
Breast Imaging: The Requisites
This 27.25-hour ARRT category A mammography course covers a full range of topics. It also includes over 700 images to help illustrate a variety of mammography approaches.
Topics covered include digital mammography, imaging best practices for patients with breast disease and high-risk patients, and information about ultrasound imaging.
The 19-credit Breast Ultrasound packet covers the basics as well as complex situations like capturing images in male breasts or those that have been augmented or reconstructed. It also covers several invasive diagnostics and therapies.
Breast Imaging Radiology Review
The Breast Imaging
Radiology Review offers 15.25 category A credits. It challenges students to
improve their knowledge about the pathology behind their images.
This review includes 200 case studies and a deep coverage of the following topics:
- Fundamental principles of radiology
- Cutting-edge imaging techniques
- Latest advances in equipment.
There are several other topics you can choose to study as part of your continuing education. These may include any of the following.
Legal and Ethical Issues Surrounding Breast Imaging
These courses would cover topics like patient confidentiality, radiation exposure, malpractice risk, the importance of pregnancy testing, the standard of care, and patient advocacy.
The Patient Experience
Courses covering the patient experience will delve into topics including building rapport with patients, mammogram scheduling, and following the regulations of important regulatory agencies.
Breast Anatomy and Physiology
Breast anatomy and physiology courses include education about breast development, lactation, mammary glands, and breastfeeding.
Abnormal Breast Conditions
These courses may cover benign conditions like cysts, abscesses, and swelling. They may also cover high-risk conditions like calcifications, radial scar, and atypical hyperplasia.
Breast cancer courses can cover a wide variety of topics. This may include types of breast cancer, prevention, and treatment options.
Your Mammography CE Specialists
Are your mammography continuing education requirements coming up soon? Don’t stress out about getting them done! Our courses are all ARRT Category A and A+ and each course includes all required books and tests. You can take your tests online or fax or mail in your answer sheets.
Check out our mammography continuing education page for more information and to get started!
To meet ARRT’s CE requirements, all registered radiologic technologists must earn 24 Continuing Education Category A or A+ credits. You complete the course and earn the credits within two years, a period known as a biennium.
Your biennium begins on the first day of your birth month in the year you receive your credentials. It ends on the last day of the month before your birth month two years later. That means you must complete your Radiology CE course, take the test and receive a certificate dated by the end of the month before your birth month the year that your credits are due.
You can complete CE credits at any time during this 2-year period or biennium. If you earn more Radiography CE credits than you need during one biennium, you cannot transfer the remaining credits into the next biennium.
The Radiology Continuing Education course that you take must be approved by a Recognized Continuing Education Evaluation Mechanism (RCEEM) to be accepted by ARRT. Good luck on your test!
If you need radiology CE credits, a combination e-course might be a good way to get the most bang for your buck. Here are the benefits of combo e-courses.
Did you know that it can take up to 12 minutes before you’re fully engaged with what you’re learning?
Continuing education in radiology can be of great value (not to mention, fun!) with eCourse learning. Course materials are taught through an interactive platform.
All radiographers must complete their continuing education to stay compliant with regulations set by the American Registry of Radiologic Technologists’ (ARRT) certification program.
Are you in need of radiology CE credits? With a combined eCourse program, you can save time and money while working to keep your license up to date.
Maybe you’re considering a certification in an entirely new field? We have the course work you need to become certified quickly.
Why a Combo eCourse Is the Best Option for Radiographers
A combo eCourse is the best option for radiographers because the courses meet the required CE credit hours needed for your biennium period. They also allow users to clinch the material concepts and ideologies faster, due to better visual program design.
The users are more interactive with their work – and the information is presented in a way that’s more retainable and awarding for the user experience, creating a more successful way of learning.
When you order your study materials, not only will you receive your course work, but also tests. After you pass the exams, you’ll be sent a certificate of completion.
What Are the Radiology CE Requirements?
It’s mandatory that all radiologic technologists (RTs) complete 24 category A or A+ credits as part of their radiology CE requirements. You’ll begin this work in the two-year period known as biennium, which is how long you have to complete your coursework and renew your certification and license registration.
RTs who work in the field of sonography need to complete 16 of 24 credits in training that’s related to their field. Registered radiology assistants (RRAs) must complete 50 credits during their biennium period to satisfy their continuing education requirements.
Are you asking yourself, “What’s a biennium?” If this is your first one, don’t fret.
As mentioned above, it’s a two-year educational period set in place by the ARRT. Every radiographer is given an ARRT ID number that’s joined with their birth month, as well as the year he or she passed their licensing exam.
Training begins on the first day of your birth month and ends two years later on the day right before your birth month begins. Once you’ve completed your radiology CE courses, you should renew your license at arrt.org
Doing this will ensure you stay compliant and current on your licensing – no holdbacks! The good news is that you only need to do this once every other year.
How Do I Earn Credits?
The American Registry of Radiologic Technologists has a preset credit amount for you to complete and pass.
You can continue your education through eCourses. We have all types of online courses and tests, including X-ray and radiology CE courses and credits.
The contiuing education courses we provide are reviewed and approved by RCEEMs and accepted by ARRT as A or A+ CE credit. If your state has specific requirements regarding your credits, please reach out to your state-governing radiology licensing agency for CEU credit details.
There may be some confusion about what makes a Category A credit versus a Category A+ credit. Since they’re both accepted by the ARRT, there couldn’t be that much of a difference, right? Don’t get ahead of yourself, just yet.
Let’s discuss this, so you know the type that you need to buy.
Category A CE Credit Courses:
- Must be approved by a Recognized Continuing Education Evaluation Mechanism (RCEEM)
- A recognized continuing education evaluation mechanism (RCEEM) is an organization that ARRT has approved to evaluate the content, quality, and integrity of proposed continuing education (CE) activities. Specifically, RCEEMs evaluate an activity’s educational objectives, content relevancy and accuracy, faculty qualifications, and education methods and materials used by radiologic technologists.
Category A+ CE Credit Courses:
- RCEEMs are authorized to award Category A designation to any proposed CE activity that meets ARRT’s requirements. RCEEM+s can award A+ credit hours. .Below are a few RCEEEM+s. American Society of Radiologic Technologists (ASRT), the Radiology Society of North America (RSNA), or the Society of Nuclear Medicine and Molecular Imaging (SNMMI).
- Category A+ credits can be used by registered radiology assistants and radiologic technolgists.
Registered radiology assistants must complete their 50 credits in the A+ category. This is because the materials must be related to the criteria set for RRAs.
Whatever you decide, just know we have the courses you’re seeking!
Radiologic technnologists, on the other hand, can study courses in both A and A+ CE categories.
In order for your CE credits to count, you must have completed and passed the 24 hour credit continuing education requirement. Just so you know, a passing grade is a 75 percent or above.
You’ll have three attempts to pass the test. Once you’ve accomplished that, you’ll have completed the course and a “certificate of completion” will be awarded.
When the certificate is emailed or faxed to you, be sure to update ARRT with your earned credits. Please note: credits can’t roll over to the next biennium term.
To “Ace” the Test…
We get it, looking for course work and study materials to complete your American Registry of Radiologic Technologist’ biennium requirement is a lot. Fortunately, we have the radiology and X-ray continuing education credits you need to be compliant.
An eCourse in your field of work, or a package deal with our eCourse combo sets, will help you earn those 24 or 50 CE credits fast!
We have the online training manuals and study materials you need to stay compliant. Your radiology career requires it, which is why our online courses are both interactive and fun for our customers.
Start knocking out credit requirements today. Place your order for eCourses today!