Rad Tech Salary, Education, Working Condition & Career

 To become a rad technician, one has to complete at least a 2-year associate degree from an accredited community college to be eligible to sit for the required professional exams and practice (according http://www.wikihow.com/Become-a-Radiology-Technician). Furthering one's education into a 4-year radiology program and even going further, greatly enhances one's chances of attracting more income for themselves and being entrusted with much higher positions and responsibilities as well. One is required to have a sound mastery of the human anatomy and physiology, some physics, radiology safety and dealing with patients without aggravating them in any way. There are clinical or practical sessions that one is required to take right after going through classroom courses to help them better their skills with dealing with the radiology equipments that they will encounter every day in their career.

Working Condition


 Unlike what most people outside the medical profession think, the working environment and conditions of a rad tech is very clean and exciting for all that would like to jump into the profession. A radiologic technologist operates very sophisticated state-of-the-art radiology equipment designed to take clear and accurate images of virtually any part of the body, and present them to physicians and other medical professionals for diagnostic purposes and further analysis of patient's health condition.

Salary and Benefits


 The environment is very clean, quiet and formal with many interactions with other medical professionals who rely on the radiological imaging to make their diagnosis or to ascertain certain kinds of medical conditions before they proceed further with their patient's treatment options. The salary for a X-radiation technician in the current job market, is in the upwards of $65,000 and is foretasted to increase (source: http://radiologytechniciansalarysource.com). There are bound to be some variations depending on one's locality or region of employment as well as their level of education and experience in the field. Whatever the variation, a medical radiation technologist should expect to have a secure job with a very steady and decent income.

Reasons to Become a Radiology Technician

 As the day goes by, similar situations continue to present themselves and just like the colors of the rainbow that can mix themselves into an infinite number of hues, so is the nature of experiences that come with this position, and it is very exciting indeed. Overall, this is a very exciting career that involves handling lots of technological equipment in a very clean and professional environment as well as dealing with other medical experts in a very fast-paced environment. It is true that the academic requirements or the college training to become a radiology technician can be quite a challenging or daunting task for many student; however, the benefits that come after competing the radiology program and landing oneself a job, are far much rewarding and over-compensates for the struggle. This is definitely a financially rewarding career with great job security and a really promising outlook not only in one country or locality, but all over the world. This is a really great time to become a radiology technician, and I really enjoy it.


Daily Routine of a Radiology Technician

So what are the daily routines and responsibilities of this occupation or the occupation of a radiology tech?
- So, We’re responsible to explain the procedure to the patients. So when they come in, depending on what it is that they’re doctors has ordered, it’s up to us to explain to them exactly what we’re going to be doing that day. Whether it’s specialized, a simple chest X-ray, a simple hand X-ray we still have to tell the patient what it is we’re going to be doing that day.
- Answer questions as fully as possible which also falls into contribute to patient education. So any time a patient has a question for us, or a doctor, or a nurse, or anyone who is working in the hospital may be asking: How much radiation is too much? Is it safe for me to be this close? Because radiation can be dangerous if you’re not using it properly and that’s part of your training, when you’re learning it in school, you’re taught what is safe, what isn’t and how to keep everybody else safe. On a daily basis we’re always answering those types of questions.
- Comfort patients and provide emotional support. A lot of the patients that we see have just been in a major car accident, or maybe they just found out they had cancer, or maybe their family member is the one who is really, really ill and they’re there supporting them. So it’s up to us to keep it when we are in the rooms with those patients and with those family members then we’re providing that emotional support to them, making them feel comfortable when they’re with us.


- Position patients and equipment correctly. So every body part has a special image that we can take of it. And we have to position the patient into different places sometimes it looks like, you know, extremely difficult for the patient to do those positions for us, but we try our best to explain it to them and help them in every way possible to get them into the position we need to get the right images for the Doctor. For example, a hand, there are three basic images that we do. Most of the time, most of the time it’s simple but when you break that hand it’s not that easy. It’s a little bit painful. Or your leg is broken. Or your pelvis is broken. Or your spine is broken. So sometimes we have to alter how we do things to make it comfortable.
- Ensure patients, staff and visitors are protected from radiation. So, the only patient that is allowed into the room is the patient when we’re actually taking the X-Ray. Family members are not usually allowed in unless it’s a child and we need the parent to stay with the child in the room. In those cases… Or we sometimes have to stay with the patients in the room depending on the procedure that we’re doing. Has X-ray Techs we do get exposed. However we do take precautions. We’re in lead shielding, we wear those heavy lead vests you see people walking around in, sometimes. Yes they are heavy but there’s different variations of them to make it more comfortable for us, on a daily basis, to wear them. As well, all the walls in the Department are lined with lead. So those people sitting out on the waiting room are not at risk. The Technologist that is going to take the picture that goes to stand behind the wall is not at risk.

 - Monitor patients during the procedure. Patient status can change. If it’s a critical patient we have to monitor and keep an eye on them. So I’ve has patients faint on me in the room. They walk into the room, they stand up to go to take that X-Ray, I walk away for two seconds all of the sudden the patient is doing this. I have to keep my eye on them at all times. In that case it’s my job to run into the room bring them down to the floor in a safe manner and call a code so that I can get help. This is just an example. Doesn’t happen every day. Don’t worry! It’s just an example to know that you always have to keep your eyes on your patient.
- Assist the radiologist for angiographic and interventional procedures. So that one image that I showed you earlier that had the vessels, the blood vessels those are actually performed by a radiologist who is a specialized physician in doing these types of procedures as well as reading the X-Rays that we take. We are there to assist them. We assist them with prepping the tray, it’s a sterile procedure, it’s almost like an OR. We prep the tray, we take the images but they’re the ones actually doing the procedure with the patient.


- And, of course we operate the equipment. Different styles of equipment depending on the type of procedure you’re doing. If it’s an interventional suite, like I just explained, it’s much different equipment than the one you would use in the room that we take a simple hand X-Ray. So you have to learn all the different types of equipment, or CT scanner, different types of equipment.

How I get into Radiology?

Before I get into about the career and what we do on a daily basis, I’m going to give you just a little bit of background of how I got to where I am today. Because I know that’s from where all of you are starting from. Or most of you. So, way back in time, in 1989 I graduated from High School from Windsor Park Collegiate. 1989 to 1991 I went to the university of Manitoba for 2 years. Kind of us feeling everything out, wasn’t sure what I wanted to do so I decided, after 2 years, University just wasn’t for me. It’s not that’s not for everybody. For everybody. Just not for me. From 1991 to 93, I was a work in progress trying to figure out what I wanted to do with my life. And, believe it or not, I actually went to a similar type of career symposium. And discovered that this is where I wanted to be, was an X-ray Technologist. I went to Red River College for two years from 93 to 95. From 95 to 2000 I worked at various clinics in the city, rural hospitals doing some casual work. I had my first child during that time. And then, from 2000 until now I’ve been at the Health Sciences Center here in Winnipeg for 13 years. And now at the beginning of that I was a general duty X-ray Technologist working in the General Imaging Department which is where we do hands, wrists, chest X-rays, etc. And I did that for 8 years before I became the Clinical Education Coordinator or, easier way, Clinical Instructor for the Department.

X-ray, mammography, MRI, CT scans

A radiology technician can also be a mammographer, do mammograms. Which is specialized imaging of the breast. So if anyone here has a mother or sister, aunt, grandmother who has a history of breast cancer definitely they have had a mammogram done. And some of them may have had them done without having cancer, just to check, to see, for baseline examinations. And that would have been done as well by an X-ray tech.


An X-ray technologist also does CT scanning. So if you’ve been involved in a car accident it’s a very common… type of event that we would be doing CT scanning for. So that we can see what has been damaged internally. We also take specialized imaging of the vessels in the body. The blood vessels, the arteries, vanes, heart and an R-Ray technologist would also be involved in those types of studies.
Some radiologic technologists go on to become MRI Technologists and they could be taking MRI. That’s an MRI of the brain. Or, they can go on to Ultrasound. They could be doing images of the unborn child of the expected parents.