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  • 372,400
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  • Doctorate degree
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Overview

The path to becoming a radiologist is rigorous. It starts with enrolling in a pre-medical Bachelor of Science program. With the assistance of a faculty advisor, students construct a curriculum that meets the immediate demands of their major and fulfills their medical school prerequisites. Courses such as anatomy, biochemistry, physics, and math are common. Maintaining the highest possible grade point average while completing undergraduate studies is vital, as it allows students to compete for acceptance to medical school. Many aspiring radiologists volunteer at hospitals and clinics to gain experience and make connections.

It is common for undergraduates to write the Medical College Admissions Test (MCAT) and begin applying to medical schools in their junior year. Test results factor into schools’ selection and admission process; as do pre-med grades, volunteer experience, and demonstrated character.

While completing a four-year doctoral program at an accredited medical or osteopathic college, prospective radiologists should choose electives that are pertinent to surgery, and whenever possible spend their clinical rotations in surgical settings.

Following their doctoral studies, newly graduated Doctors of Medicine (MD) and Doctors of Osteopathic Medicine (DO) who wish to become radiologists work as interns, practising general medicine and attending to patients in the emergency department and inpatient and outpatient settings. Following their one-year internship they complete an accredited radiological residency. Once matched, residents devote four years learning through hands-on practice, under the supervision and mentorship of experienced radiologists. They may subsequently pursue a fellowship in a radiology subspecialty: hospice and palliative medicine, neuroradiology, nuclear radiology, pain medicine, pediatric radiology, or vascular/interventional radiology.

After completing their residency, radiologists can apply for their state licensure. Many also pursue optional board certification.

Due to the complexity and the demands of radiology, as well as to the ongoing advances made in the field, radiologists undergo training and learn throughout their career. This continuing education takes place at annual meetings and conferences; through research; and via study of scientific journals.

How long does it take to become a Radiologist?

The educational track for radiologists lasts at least thirteen years:

Pre-med Bachelor’s Degree – four years
Medical School – four years
Internship – one year
Residency – four years
Fellowship (optional) – one to two years

Steps to becoming a Radiologist

Like every medical discipline, radiology demands a commitment to a lengthy and rigorous educational track, multiple levels of examinations and licensing, an arduous residency, and career-long learning and dedication.

1 High School

Take advanced science classes in anatomy, biology, chemistry, physiology, and physics

Take math classes to facilitate the calculation the reading of graphs

Study Latin to help you understand unfamiliar medical terms that often have Latin roots

Study a foreign language to increase your capacity to communicate with the segment of the population that does not speak English

Interview a practising radiologist
Ask simple, but pointed questions:
• What got you interested in radiology?
• Can you tell me about an average day at your job, from beginning to end?
• What do you like about your job? What do you dislike?
• What is the most challenging part of being a radiologist?
• What advice would you give to someone who wants to become a radiologist?
• If you could start over, would you still choose to be a radiologist? Why?

Research which colleges offer the best radiology programs

2 Bachelor’s Degree

While there is not a specific degree required for undergraduate study, aspiring radiologists tend to concentrate their coursework in advanced biological sciences to meet admission requirements for medical school. They must graduate from an accredited Bachelor's degree program with pre-med prerequisite courses, such as microbiology, biochemistry, and human anatomy. Also recommended are classes in English, advanced mathematics, and statistics. Most medical schools require a grade point average of at least 3.5 and may choose only those candidates who rank at the top of their graduating class.

During undergraduate study it is also important for students to gain experience that will set them apart from other medical school applicants and prepare them for their chosen career. This experience may include volunteering at a hospital, performing community service, and research work. Especially valuable are job shadowing programs, which allow students to follow plastic radiologists and other doctors throughout a workday. All of these activities demonstrate work ethic and dedication to the medical field. Whenever possible, these experiences should be documented on letters of recommendation, which can be submitted with medical school applications.

3 Medical College Admissions Test

Prospective radiologists must sit for the Medical College Admissions Test (MCAT) administered by the Association of American Medical Colleges (AAMC) and the American Association of Colleges of Osteopathic Medicine (AACOM). Through a set of multiple-choice questions, this standardized exam allows medical schools to evaluate a candidate’s training and skill set. Many schools share their incoming student MCAT score average on their website to inform undergraduates of how well they need to score to compete with other applicants. Most students take the MCAT at least a year before they wish to begin medical school.

To achieve their highest possible MCAT score, students are encouraged to take advantage of assistance available to them. This includes study materials, pre-tests, practice tests, and online and in-person tutoring. These resources are designed to ensure that students attain the best possible score, which will open doors to medical schools.

4 Medical School & National Licensing

Radiologists obtain either a Doctor of Medicine (MD) degree or a Doctor of Osteopathic Medicine (DO) degree.

Medical school is a very challenging four years of study that is divided into two parts. The first part, comprising the first two years of the schooling, is focused on course and lab work that prepares students intellectually for patient interaction. This training is in the biological and natural sciences, physiology, chemistry, medical ethics, and the art and practice of medicine. To test their grasp of this portion of training, in the second year of medical school students pursuing an MD must take and pass the United States Medical Licensing Examination (USMLE) – Step 1. Those pursuing a DO must take and pass the United States Comprehensive Osteopathic Medical Licensing Examination (COMLEX-USA) – Level 1. A passing score on the USMLE or COMLEX-USA indicates that students are ready to begin supervised patient visits and gain clinical experience.

The second part of medical school, the second two years, is called Rotations. During this time, students have the opportunity to experience a variety of medical specialties and a variety of medical settings under the supervision of experienced physicians. Rotations further students’ understanding of patient care, situations, scenarios, and the teams that come together to help those that are sick. As they complete rotations, students tend to find out that they gravitate towards certain specialties or environments that fit their particular interests and skill sets. It is important that this time inform their decision of specialty or subspecialty, so that they find complete satisfaction as a physician.

After part two of medical school, students take the United States Medical Licensing Exam (USMLE) – Step 2 or the United States Comprehensive Osteopathic Medical Licensing Examination (COMLEX-USA) – Level 2. The objective of these exams is to test whether or not students have developed the clinical knowledge and skills that they will need to transition into unsupervised medical practice.

5 Internship / Residency

After completing medical school, postgraduates begin a five- to seven- year radiological internship (year one of residency)/residency accredited by the Accreditation Council for Graduate Medical Education. During this time, radiology residents spend many hours, both day and night, in the hospital interpreting imaging studies, counseling patients on their results, consulting with other clinicians, and performing image-guided procedures and interventions.

6 Fellowship (optional)

A ‘fellow’ is a physician who elects to complete further training or a ‘fellowship’ in a specialty or subspecialty, after or near the end of residency.

Some radiologists choose to focus their practice in one of the two areas of radiology: diagnostic radiology or interventional radiology (also known as ‘vascular and interventional’ radiology). Others opt for a dual diagnostic/interventional concentration.

Diagnostic Radiology (DR)

Diagnostic radiology allows health care professionals to see structures inside the body. Diagnostic radiologists specialize in the interpretation of these images, allowing them to diagnose the cause of symptoms, monitor how the body is responding to a treatment, and screen for different illnesses such as breast cancer, colon cancer, or heart disease.

The most common types of diagnostic radiology exams include:
Computed tomography (CT)
Fluoroscopy
Magnetic resonance imaging (MRI)
Magnetic resonance angiography (MRA)
Mammography
• Nuclear medicine, which includes such tests as bone scan, thyroid scan, and thallium cardiac stress test
X-rays
Positron emission topography (PET)
Ultrasound

Interventional Radiology (IR)

Once considered a subspecialty, interventional radiology is now a specialty with its own distinct residency program. Interventional radiologists use imaging techniques to help with medical procedures. The imaging guides doctors when inserting catheters, wires, and other small instruments into the body. The technology facilitates smaller incisions and allows doctors to diagnose or treat conditions in almost any part of the body without performing open surgery. It is used in treating cancers, tumors, blockages in the arteries and veins, fibroids in the uterus, back pain, liver problems, and kidney problems.

These are examples of interventional radiology procedures:
Angiography, angioplasty, and stent placement
• Embolization to control bleeding
• Cancer treatments including tumor embolization
• Tumor ablation with radiofrequency ablation, cryoablation, or microwave ablation
Vertebroplasty Kyphoplasty
Needle biopsies of different organs, such as the lungs and thyroid gland
• Breast biopsy, guided either by stereotactic or ultrasound techniques
Uterine artery embolization
• Feeding tube placement
• Venous access catheter placement

The American Board of Radiology (ABR) lists the following as the primary radiology subspecialties. Although included in this list, vascular and interventional radiology – as noted above – has been elevated to ‘specialty’ level.

Hospice and Palliative Medicine
Neuroradiology
Nuclear Radiology
Pain Medicine
Pediatric Radiology
Vascular and Interventional Radiology

7 State Licensing

All physicians in the U.S. need to be state licensed. Licensing requirements may vary from state to state. Generally, candidates must have earned an undergraduate degree, graduated from medical school, completed a residency, and passed all necessary examinations. Often, the examination component is satisfied by passing the USMLE or the COMLEX-USA exam. States may further require periodic license renewal and mandate continuing education.

8 Board Certification & Continuing Education

Though not mandatory, most employers seek certified candidates. Board certification is offered by the **American Board of Radiology (ABR)**. Passing Board examinations and earning ABR credentials establishes a radiologist’s commitment to excellence in the field and increases credibility and marketability in the medical community.

Additional Resources
American Association for Women Radiologists
American College of Radiology
American College of Nuclear Medicine
American College of Nuclear Physicians

Should I become a Radiologist?

To become a radiologist is not an easy task. Getting through medical school, completing a residency, and getting accepted into a competitive fellowship program all demand academic aptitude. Overcoming these educational challenges may make you a competent clinician. To be an exceptional one, though, you need to cultivate some fundamental talents:

Advanced interpretive skills
Interpreting graphs and charts are a major part of a radiologist’s work. These doctors order scans to find evidence of tissue scarring, clots, and tumors. They must accurately interpret X-rays and images to diagnose conditions and determine treatment options.

Confidence-to-knowledge ratio
This is perhaps the most important trait of an effective clinician. While confidence is generally viewed as a positive trait, overconfidence – especially in medical circles – can, quite literally, be deadly. The ideal clinician realizes that unfamiliar situations may reveal knowledge gaps that necessitate collaboration and asking for help. Ignoring this fact is going to result in harm to patients.

Outstanding concentration and communication abilities
Effective collaboration can only happen when it is preceded and complemented by the ability to focus, understand, and communicate.

Dedication to learning
At every level – doctor, nurse, paramedic, etc. – the practice of medicine is a challenge. It is constantly evolving and advancing. It demands constant, lifelong learning. Unless you are prepared to commit to continuing medical education and take periodic board review and other courses, your academic knowledge will start to leak away and you will become the clinician who is just getting by, instead of the one who is on top of the latest guidelines and treatments.

Technology savvy
Radiology is technologically complex. New discoveries are made every year, and many of them incorporate new technologies and high-tech tools.

What are Radiologists like?

Investigative

Based on our pool of users, Radiologists tend to be predominately investigative people. This finding is a reassuring one, for the public at large and especially for anyone relying on a radiologist to identify the medical issue they are facing. These healthcare professionals, perhaps more than any others, study, scrutinize, search, review, and investigate until they identify the problem at hand.

Radiologists by Strongest Interest Archetype

Based on sample of 44 CareerExplorer users

Are Radiologists happy?

Radiologists rank among the happiest careers. Overall they rank in the 100th percentile of careers for satisfaction scores. Please note that this number is derived from the data we have collected from our Sokanu members only.

A very high happiness quotient in the radiology field is not surprising, in view of the vital work that radiologists do and the personal reward they reap from it.

How to Become a Radiologist

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Further Reading

  • Radiologist Education Requirements, Training And Career Info education-portal.com

    After graduating from medical school, a physician must complete four years of a radiology residency, which is a combination of specialty medical education and paid on-the-job training, to become a radiologist.

  • Compare Radiology Medical Schools medical-schools.findthebest.com

    Compare Radiology Medical Schools in the USA

  • Professional Requirements For Radiologists work.chron.com

    Physicians begin specializing in radiology by completing a required radiology residency after medical school. Radiologists must pass the U.S. Medical Licensing Exam and obtain a license for each state in which they practice. Many radiologists choose to become board certified in radiology, even though it's not required.

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Recommended Books

  • Clinical Radiology Made Ridiculously Simple www.amazon.com

    Designed to teach the clinically vital components of radiology. Includes a discussion of radiographic examinations interpreted by medical students and interns, intravenous pyelogram, and computed tomography. Each chapter is subdivided into Radiography Anatomy, Approach and Specific Problem sections.

  • Learning Radiology: Recognizing the Basics www.amazon.com

    Learning Radiology: Recognizing the Basics, 2nd Edition, is an image-filled, practical, and clinical introduction to this integral part of the diagnostic process. William Herring, MD, a skilled radiology teacher, masterfully covers everything you need to know to effectively interpret medical images.

  • Mosby's Comprehensive Review of Radiography: The Complete Study Guide and Career Planner www.amazon.com

    A complete review for the Registry exam, Mosby's Comprehensive Review of Radiography: The Complete Study Guide and Career Planner, 6th Edition covers the five major subject areas of the ARRT exam in radiography. It is also an effective study guide for many radiography courses.

  • Essentials of Radiology www.amazon.com

    Take image interpreting one step at a time with Essentials of Radiology, the most accessible radiology text on the market for gaining a foothold on the fundamentals. Breathe easy - this reference assumes no prior knowledge of radiology, making it the perfect choice for anyone just starting out in the field.

  • Radiology 101: The Basics & Fundamentals of Imaging www.amazon.com

    Great depictions of normal anatomy and common pathology help guide those seeking a basic understanding of radiology especially interns and radiology residents, and non-radiology professionals desiring a concise overview of the field, such as nurse practitioners, physician assistants and primary-care physicians.

  • Netter's Introduction to Imaging: with Student Consult Access www.amazon.com

    Netter's Introduction to Imaging makes interpreting normal and abnormal X-ray, CT, and MR images easy by correlating them with crystal-clear Netter illustrations. You'll learn to recognize anatomical relationships in images and apply them to a variety of examples of pathology throughout the body, including the imaging of masses, air, or blood in organs and spaces...fractures, thickening, constriction, and compression...and more.

Career Attributes

  • $211,390
  • 372,400
  • 3.8
  • 11.4%
  • Doctorate degree
  • Music Production
More Attributes