A typical radiologic technologist earns a median figure of $48,513 per year in the United States. This annual salary amount is current as of November 2011 and is calculated from a statistical analysis of thousands of data collected from thousands of Human Resources departments of different companies and institutions in the country. Just like in all professions, many aspects, such as years of experience, accredited radiology programs attended, age, and the geographical location of the place of employment, will make a significant impact on the radiologic technologist salary.
Radiologic technologist salary expectations vary considerably according to the state where the employment is based. It is true that there are radiology travel jobs which may offer competitive rates. But estimates of radiologic technologist salary offerings according to state are particularly useful for comparison purposes, especially if one is still deciding on where it is best to start a radiologic technologist career. Here is a list taken from the current salary comparison calculator used by cbsalary.com:
Colorado: $66,023
Connecticut: $65,922
District of Columbia: $72,575
Delaware: $70,283
Florida: $47,069
Georgia: $46,970
Hawaii: $69,771
Iowa: $52,961
Idaho: $58,984
Illinois: $62,630
Indiana: $54,757
Kansas: $51,522
Kentucky: $46,455
Louisiana: $52,002
Massachusetts: $78,642
Maryland: $69,529
Maine: $57,731
Michigan: $53,718
Minnesota: $63,931
Missouri: $55,328
Mississippi: $47,142
Montana: $57,731
North Carolina: $55,972
Nebraska: $46,810
New Hampshire: $64,416
New Jersey: $66,728
New Mexico: $47,849
Nevada: $74,087
New York: $50,678
Ohio: $52,238
Oklahoma: $51,247
Oregon: $63,600
Pennsylvania: $62,553
Puerto Rico: $38,090
Rhode Island: $63,894
South Carolina: $51,81
South Dakota: $49,437
Tennessee: $53,591
Texas: $58,047
Utah: $43,896
Virginia: $56,215
Vermont: $54,433
Washington: $68,289
Wisconsin: $52,345
West Virginia: $46,455
Wyoming: $52,301
Radiologic technologist salary is also directly affected by the subspecialty field being practiced. The radiologic technologist field gleaned from a formally schooled radiologic technology degree or a result of taking one of those widely offered online radiology courses is a general area of expertise which narrows down to subspecialties such as radiation therapist, radiographer, nuclear medicine technologist, and sonographer. The typical job description consists of carrying out the imaging of the human body for eventual treatment or diagnosis of medical problems. The usual places of work for radiologic technologists are laboratories, clinics, and hospitals.
The profession is coupled with the occupational hazards of radiation exposure because of the equipment used by radiologic technologists such as extensive x-ray based machines, magnetic resonance imaging, computed tomography, and breast mammography scans. The dangers of radiation are curtailed by the use of lead aprons and other shielding devices.
Free certification is provided by the American Registry of Radiologic Technologists (ARRT) for radiologic technologists and radiologic technicians. Moreover, many states also make use of the ARRT-administered examinations for their own state licensing goals. To retain an ARRT certification, a radiologic technologist must accomplish twenty four hours of continuing education every two years. According to the United States Bureau of Labor Statistics, radiologic technologists can gain advancements like getting a position of a radiologic assistant. The ARRT provides specialty certifications for the different radiologic technologist subspecialties for career advancement.
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