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Radiologic Technology Program Requirements

Progression in the program is contingent upon maintaining a grade of "C" (75%) or better in all radiologic technology courses. Radiologic technology core courses (those with the RAD prefix) must be taken in the sequence outlined in the radiologic technology curriculum (with the exception of RAD 090B). General education degree requirements may be taken as outlined in the curriculum or prior to selection to the program. Since classes may be schedule during both day and evening hours, the faculty recommends completion of as many general education requirements as possible prior to selection to the program. IS 101 must be completed prior to the spring semester of the first year in the program.

Background Check

The hospitals associated with the program require background checks to insure the safety of the patients treated by program students. Students selected for the program will be required to order a background check prior to starting the program (the program coordinator will provide details after selection.)

Curriculum

View the program worksheet for TMCC's radiologic technology associate of applied science degree.

Qualities of a Technologist

Radiologic technologists must be able to:

• sit, stand, bend, squat, twist, walk, lift, and to reach for extended periods;
• grasp and perform fine manipulations;
• carry and push heavy and sometimes cumbersome objects;
• be free from conditions which put other humans at risk for harm;
• read, write, record and report in English;
• comprehend written and oral directions and carry them out.
• speak and understand English to adequately communicate orally;
• perform simple mathematical functions;
• integrate information and problem solve through critical thinking;
• effectively interact with the environment and other people;
• concentrate, remember and attend class.

Student Outcomes

As a graduate, students will be able to:

• use oral and written medical communication;
• demonstrate knowledge of human structure, function and pathology;
• anticipate and provide basic patient care and comfort;
• apply principles of body mechanics;
• perform basic mathematical functions;
• operate radiographic imaging equipment and accessory devices;
• position the patient and imaging system to perform radiographic examinations and procedures;
• modify standard procedures to accommodate for patient condition and other variables;
• process radiographs;
• determine exposure factors to obtain diagnostic quality radiographs with minimum radiation exposure;
• adapt exposure factors for various patient conditions, equipment, accessories and contrast media to maintain appropriate radiographic quality;
• practice radiation protection for the patient, self, and others;
• recognize emergency patient conditions and initiate first aid and basic life-support procedures;
• evaluate radiographic images for appropriate positioning and image quality;
• evaluate the performance of radiographic systems, know the safe limits of equipment operation, and report malfunctions to the appropriate authority;
• demonstrate knowledge and skills relating to quality assurance; and
• exercise independent judgement and discretion in the technical performance of medical imaging procedures.

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