Associate of Science Radiologic Technology
The two-year program in radiologic technology affords the individual knowledge and ability in the performance of medical imaging procedures. Students participate in structured clinical settings involving direct patient contact, which encompasses varied imaging modalities.
The program has restricted enrollment and accepts one class per year with classes beginning in May. Students must obtain a grade of “C,” or better, in each radiologic technology course, in algebra, human anatomy and physiology/laboratory I & II and Technical Physics II, as well as all required general education courses. On successful completion of the associate degree program in radiologic technology, the graduate is eligible to apply for admission to the certification examination in radiography administered by the American Registry of Radiologic Technologists. Successful completion of the ARRT examination provides certification for the graduate to practice as a registered radiographer. All support courses must be completed prior to or concurrent with the curriculum course sequence as listed in the catalog.
Once accepted into the program all Radiologic Technology (RADT) coursework must be completed within a three (3) year period. Registered technologists who have graduated from certificate programs may obtain an associate of science degree by completing 27 semester hours of general education courses as required by the curriculum. The College grants 38 semester hours of block credit based upon post certification.
The curriculum in radiologic technology is offered in Bluefield on the main campus and at the Erma Byrd Higher Education Center. The radiologic technology courses at the Higher Education Center are taught by Bluefield State College radiologic technology faculty. Students may elect to take the non-radiologic technology courses at Bluefield State College or other area colleges. Courses taken at other colleges must have prior approval. These courses must be equivalent to the program courses as judged by Bluefield State College (see transfer credit policy).
The radiography program is accredited by the Joint Review Committee on Education in Radiologic Technology (20 N. Wacker Drive, Suite 2850 Chicago, IL 60606-3182;(312)704-5300), and approved by the West Virginia Medical Imaging and Radiation Therapy Board of Examiners (P.O. Box 638 1715 Flat Top Road Cool Ridge, WV 25825; 304-787-4398).
https://www.jrcert.org/
Eligibility requirements for admission to the associate degree program include:
Meeting Minimum eligibility requirements does not guarantee acceptance into the Associate of Science in Radiologic Technology program.
- Meet general admission requirements.
- Complete the ATI TEAS Admission test with a proficient or higher overall score. Completion of ATI TEAS does not meet all requirements for admissions to the program. ATI TEAS can be taken September 1 – January 31 each year. ATI TEAS can be taken twice (there must be 30 days between each attempt). Score on the ATI TEAS are valid for two academic years. If the TEAS V was taken in the 2015-2016 academic year, a score of proficient or higher will be accepted in place of the ATI TEAS for 1 year.
- Eligibility to enter Math 109 by the fall semester of entrance year into the program. It is strongly recommended that students who have already taken BIOL 210/211and MATH 109 have taken these courses within five (5) years of admission into the program.
- Completion of Health 100, with a “C” or better, prior to admission is strongly recommended.
- An overall high school grade point average of 2.5 or better on a 4.0 scale, or an average standard score of 45, or better.
- Have completed with a “C,” or better in one unit of high school algebra, one unit of high school biology, one unit of high school chemistry and/or physics. (An ACT score of 19 in mathematics will substitute for the algebra course).
Or
Be enrolled at Bluefield State College or another accredited institution of higher learning prior to application and have completed a minimum of 12 credit hours, ** achieving a 2.5 or better grade point average. A “C” grade or better is required in each of the following: one mathematics course, one biology course and one introductory chemistry and/or physics course. (Copies of high school transcripts of any prior college work, and ACT/SAT scores are required).
- **Developmental education courses will not be considered.
- Students exceeding these academic standards and course requirements will be given first priority.
Technical Standards
The student shall provide these essential functions as a student radiographer in this program. The position of the radiographer requires the following physical requirements: positioning and moving of patients manually and by wheelchair or stretcher. The functions may be performed with large or immobile patients who may require strength beyond the basic function. Positions include sitting, standing, walking, reaching, twisting and bending, and exposure to fumes. The use of both hands and feet is highly recommended. Reasonable accommodation will be provided for applicants with documented disabling conditions.
The student shall:
- Be able to independently lift and carry up to 35 pounds.
- Be able to independently push or pull less than 100 pounds frequently. Shall also be able to independently push or pull in excess of 100 pounds occasionally.
- Be able to walk and/or stand for a great percentage of the work day.
- Be able to reach above shoulder level constantly and below shoulder level frequently.
- Be able to work indoors 100% of the work day.
- Be able to work well with others and practice interpersonal skills. Be able to exercise independent judgement as well as work in a team environment.
- Have a high stress tolerance level and mental alertness.
- Be able to see and hear and have the ability to communicate with patients, other health care workers and faculty.
- Be able to adapt to variable work schedules.
- Be able to independently move heavy equipment frequently (i.e., Portable x-ray machines and fluoroscopy equipment).
Mission Statement and Program Goals
Program Goals and Learner Outcomes
Radiologic Technology Program Effectiveness Data
Bluefield State Radiologic Technology Program Career Network
