If you’re smart in your search for a meaningful healthcare-centered career, you’ll do a lot of reading and research. You’ll be seeking the one delivering the best combination of benefits, personally and professionally. Don’t be surprised if you start thinking about a 2-year radiologic technologist degree, so you’re part of the diagnostic medical imaging profession.
How to learn all you can about earning your radiologic technologist degree? Start by tapping into the blog knowledge that’s already out there.
Here are excerpts from four informative blogs that will give you a multi-dimensional understanding of what radiologic technologists (rad techs) do. Combine this knowledge with insights from admissions advisors, and you’ll know if the rad tech life is right for you.
In a 2-year radiologic technologist degree program, students perfect their techniques in on-campus lab scenarios.
The blog “How Much Does a Radiologic Technologist Make” explains that starting out, rad techs in the Midwest earn a salary between $43,827 and $47,000. For all rad techs currently employed, the median salary is more than $61,000 per year, according to the U.S. Bureau of Labor Statistics.
How’s that rank in the healthcare jobs universe? The annual U.S. News & World Report salary survey puts rad tech in the top 25 list of healthcare support jobs. The growth rate for radiologic technologists is expected to be 9% between 2020 and 2030.
Another blog, “Diagnostic Medical Imaging: You’ll Love the Rad Tech Life,” discusses the types of responsibilities rad techs have in the care of patients.
First, the blog notes that radiologic technologists are at the center of healthcare technology. That’s because diagnostic medical imaging processes are the safer and more accurate way to know what’s truly happening inside the human body.
Even more significant, earning the radiologic technologist degree makes you a prime contributor to a patient’s healthcare team.
“As a rad tech, you’re in charge of setting up, adjusting, and using various diagnostic imaging equipment, including portable units brought to patient rooms,” the blog notes.
Here’s a look at the knowledge you’ll have when you’re in the radiologic technology workforce:
Unlike many healthcare degrees that take four years or more, the Associate of Applied Science (A.A.S.) in Radiologic Technology is a two-year degree program.
This blog, “Radiologic Technology: A Degree in Healthcare in 2 Years,” sums up the scope of the A.A.S. degree. Here are some of the major takeaways:
Naturally, you want a career that matches your talents and maximizes your skills and abilities. In the blog “Becoming a Radiologic Technologist: Is it Right For You?” there are vital questions to ask that will tell you how good of a fit this healthcare career is.
Also noted in this blog is that while having some success in science and math classes is a good start, it’s not the biggest predictor of success. “More significant,” it’s noted, “is your overall determination to succeed and the willingness to do things like meet with instructors and put in the necessary study and practice time.”
Cleveland University-Kansas City (CUKC) is a nonprofit, private, healthcare-focused university in Overland Park. Most students complete our Associate of Applied Science (A.A.S.) in Radiologic Technology degree in as little as two years and are eligible for the national exam to be registered radiologic technologists.
The CUKC radiologic technologist degree combines classwork and lab time with clinical experiences in healthcare facilities within the Kansas City region and surrounding communities. Imaging center professionals guided the program design, and instructors have experience doing the imaging work they’re teaching.
Other advantages of the CUKC program:
Request more details about our 2-year radiologic technologist degree and receive this free eBook: Your Complete Guide to a Career as a Radiologic Technologist.
