Frequently Asked Question(s)
Q:What is the job outlook with a radiography associate degree?
A:According to the US Bureau of Labor Statistics, the job outlook for people with an associate degree in radiography is expected to show a positive trend. The employment opportunities for people majoring in this field are expected to increase by about 21 percent throughout the United States, a percentage almost twice as high as the average for all occupations.
Q:What are the educational requirements for a radiography certification?
A:Candidates who are applying for a radiography certification must have successfully completed a radiography educational program, accredited by a system acceptable to the American Registry of Radiologic Technologists. This qualification must have been achieved within the past three years before application. All candidates also must have earned an academic degree before becoming certified.
Q:What is the job description of diagnostic radiographers?
A:Diagnostic radiographers use x-ray machines, ultrasound machines and other ways of imaging technology to analyze patients. They are in charge of gathering and interpreting image data to diagnose illnesses and injuries. They can also contribute towards helping patients formulate a treatment plans. They might work in a variety of hospital departments, such as the operating units, emergency and so on.
Q:What sort of courses are taught in a masters degree in radiography?
A:As part of a masters degree in radiography, you will be taught a variety of courses and will be required to complete a certain number of credit hours for practical work as well. The courses taught would revolve around subject areas such as health physics, patient assessment, interventional procedures, pathophsyiology and radiobiology.
Q:What can I do with a bachelors in radiography?
A:With a bachelor degree in radiography, you can look forward to a career as a radiologic technician or an MRI technologist. You may need to get licensed first, depending on which state you live in. You job duties will includes performing diagnostic imaging examinations. According to the US Bureau of Labor Statistics, radiologic technologists made a median annual income of $55,910 in 2012.
(Source: US Bureau of Labor Statistics)
Q:What schools are offering radiography bachelor degree programs?
A:A number of colleges are offering radiography bachelor degree programs. You can search online or browse through our page to learn more about these schools. Before you select a school, check if the school is accredited or not. Also check the ranking, student reviews, faculty qualifications, and costs of the program.
Q:A radiography degree will cover what different subjects?
A:A degree in radiography will cover a range of theoretical and practical subjects. Students will develop a strong basis of knowledge and will also learn how to use radiography equipment. Here are some of the subjects covered: applied physics, radiographic procedures, imaging and quality assessment, radiologic technology, clinical education, digital imaging, and radiation biology.
Q:How will I get hands on experience in online radiography programs?
A:Online radiography programs are offered by a number of colleges. The coursework is usually covered through videos, online lectures, tutorials, classroom conferencing, and slideshows. Some colleges do not offer 100% online programs but instead offer hybrid programs. This means students will be required to take a few classes on-campus for training and practical lessons.
Q:How long does it take to complete a phd in radiography?
A:A PhD in radiography is the highest level of education you can aim for in this academic field. It can take anywhere from 4-8 years to complete the program. The program components typically include coursework, independent research studies, qualifying examinations, and completion of a dissertation. The exact duration may vary from college to college.
Q:What do therapeutic radiographers do?
A:Therapeutic radiographers are responsible for a variety of tasks, including planning a course of treatment with clinical oncologists and physicists, administering radiation treatment accurately and safely, operating technical equipment, calculating radiation dosages for patients and explaining the treatment procedures to patients in order to help them make an informed decision.