Radiology Technician Course

Course Highlights

Learn anytime anywhere

At your own schedule

Mobile friendly

No laptop? No problem

Certificate of training

from Your First Job Trainings

Beginner Friendly

No prior knowledge required

Pay After Placement

With lifetime access

Placement Assistance

To build your career

200+ hours

flexible schedule

Doubt clearing Session

For hands-on practice

Radiologic technologists, also known as radiographers or rad techs, are skilled medical specialists who work alongside doctors and nurses to perform X-ray exams and other diagnostic imaging procedures. Wondering if a career in radiography could be right for you? Here are five reasons to consider getting involved in this innovative and in-demand field. 

1. You won’t need a four-year degree to get hired.

Many people think you have to spend a long time in school to have a lucrative career, but that’s simply not true. You can break into the exciting world of radiography with as little as two years of study, allowing you to make the leap from learning to earning right away. Even better, out of all the jobs that only require an associate degree, the position of radiologic technologist is one of the highest-paying options around. 

2. You’ll be well compensated. 

As mentioned above, radiologic technologists get paid quite well for the work they do. Rad techs in the United States currently command an average annual salary of $60,510, with technologists in certain specialties earning as much as $89,760. On top of their base pay, radiography professionals typically enjoy additional employee benefits like health and dental insurance, paid sick leave and vacation time, and retirement savings plans. 

3. You’ll be in demand for years to come.

As baby boomers grow older and begin to require more frequent and specialized medical care, the need for diagnostic imaging professionals will likely increase in kind. The U.S. Bureau of Labor Statistics predicts that from 2018 to 2028 jobs in radiologic technology will grow at a faster-than-average rate of 9 percent, resulting in the creation of roughly 19,000 new positions nationwide. How’s that for job security?

4. You’ll have plenty of room to grow.

Radiologic technology is a great career choice in and of itself, but it also offers lots of opportunities to branch out. Once you’ve met the qualifications to become a certified and registered radiographer, you’ll have the option to pursue additional credentials in related specializations like computed tomography (CT), magnetic resonance imaging (MRI), mammography, bone densitometry, cardiac and vascular radiography, nuclear medicine, and radiation therapy. 

5. You’ll have a career you can feel good about.

Undergoing an imaging procedure can make some people feel uncomfortable, anxious or even scared. In your role as a rad tech, you’ll be able to put patients at ease by explaining what they can expect during their exam. Because the images you produce will help physicians make accurate diagnoses and deliver the best possible treatment, you can go to work every day knowing you’re doing a job that makes a difference.

How will your training work?

Learn concepts

Go through training videos to learn concepts and get Live training Sessions from mentors

Test yourself s

Test your knowledge through quizzes & module tests at regular interval

Hands-on practice

Work on assignments and projects. Use our Your First Code Coding Platform for coding practice

1:1 doubt solving

Get your doubts solved by experts through Q&A forum within 24 hours

Take final exam

Complete your training by taking the final exam

Get certified

Get certified in Radiology Technician upon successful completion of training

Radiologic technologists are educated in anatomy, patient positioning, examination techniques, equipment protocols, radiation safety, radiation protection and basic patient care. Many radiologic technologists specialize in a particular area of medical imaging, such as mammography or computed tomography (CT scans).Radiologic technologists are educated in anatomy, patient positioning, examination techniques, equipment protocols, radiation safety, radiation protection and basic patient care. Many radiologic technologists specialize in a particular area of medical imaging, such as mammography or computed tomography (CT scans).