Radiologic technologist

Radiologic Technologist Radiology itself is an umbrella term, and many jobs stem from it, including radiography. To be a radiologic technologist means to take real time pictures of patients, this may include mammograms, x-rays, MRI, etc. A radiologic technologist may also be known as a radiographer. This paper will define the career; discuss how one can obtain a job in this field; and the future that comes along with the job. As stated by the San Jacinto College, radiography is described as the

Radiologic technologists perform diagnostic imaging exams, such as x rays, on patients. Radiological technologists can operate magnetic resonance imaging (MRI) sonography, mammography, computed tomography (CT), nuclear medicine, and radiation therapy. becoming familiar in more areas can improve your chance in employment and salaries. X-ray technologists work in healthcare facilities, and more than half work in hospitals. The average work week schedule can easily be more than 40 hours. Technologists

history over a long period of time (Rouse,2016). These strengths play a significant role in what I have learned throughout my clinical journey at Advanced Imaging Concepts. Each one of my strengths have enlightened me to become a better future radiologic technologist. Without my clinical instructor and coordinator, I would not have found my weaknesses. Now, I have created several action plans used to solve these problems tactically. With their guidance, I have noticed my weaknesses are not knowing what

shoulder was injured in wrestling and it has never been the same since, this is a major contributing factor to my career path. I want to be able to help others who are injured or in pain, because I know what it feels like. When you become a Radiologic Technologist your duty is to produce x-ray images of the patient. First you must prepare the patient for the examination by having them remove any jewelry or any other objects that could possibly interfere with the equipment. It is also your job to explain

One of the lessons that l have learned in life is that learning, growing, and improving never ends. It is the purpose of life. For me, leaving my major and going back to school to become a Radiologic Technologist was one of the biggest and most important decisions of my life. However, I was looking for a positive change in my career. I wanted to do something that I enjoy doing, and that would open doors to professional advancement and further career opportunities for me. Working in environments where

What They Do Radiologic technologists are also known as radiographers. For this job you do diagnostic imaging examinations, such as x-rays on patients. MRI technologists use magnetic resonance imaging scanners to create diagnostic images. One duty for radiologic and MRI technologists is to adjust and maintain the imaging equipment. They need to make sure all the machines are working properly so nothing goes wrong. Another thing they do is take orders from the physicians on what areas of the body

myself many times attending. I would like to attend this university because Texas State offers a major I am passionate about and has such a great atmosphere. I want to major in Radiology in Texas State. I am so passionate about becoming a radiologic technologist because it is a step closer to finding a cure to many things. My biggest goal is to find a cure for cancer because it has had a huge influence in my family. Since I was a kid, I promised my grandfather I would find him a way to not feel the

job security. The career I have chosen is Radiology Technologist. The reason I have chosen radiology technologist is because I am a hands on person and love working with and seeing different people everyday. Radiologic technologists have a great outlook in the job industry the employment is expected to grow 28 percent between 2010 and 2020. In May 2010 the median yearly wage was $54,340 and can earn as high as $76,850. A radiology technologist job is to perform a diagnostic imaging examination while

The term angulation when used in radiology refers to the direction and degree of the x-ray tube when it is moved from its standard “start” position, which is always perpendicular to the to the IR in the Bucky tray. There are countless projections that utilize tube angulation for various reasons. Frequently, projections use angulation to avoid the superimposition of different anatomic structures. The reason angulation is used is to cause a controlled or expected amount of shape distortion. Shape distortion

RADIOLOGIC IDENTIFICATION Though antemortem fingerprints, dental, and DNA reference material are thought to be fairly easy to obtain, this is not always the case (Christensen & Hatch, 2014). Many times DNA is not available and a body may be dismembered or so badly burned or decomposed that soft tissue features such as the face and fingerprints are not available for comparison. In cases like this, forensic radiology can serve as an extremely reliable identification tool and has long been used to establish