Radiologic Technology Course Descriptions 

Review of fundamentals of mathematics, units of measurement as they relate to radiologic physics and medical imaging. The structure of matter, basic electricity, magnetism, electrical physics, radiation physics, x-ray circuitry, x-ray tube, x-ray production, x-ray generating equipment and tube rating charts are discussed. Class hrs. 3; Lab hrs. 2. Prerequisite: acceptance to Radiologic Technology Curriculum. Corequisite: Laboratory. Offered fall semester.

Introduction to radiographic procedures and correct positioning terminology. Instruction in routine and special positions of upper and lower limbs, chest, abdomen, shoulder girdle and pelvic girdle and hip. Evaluation of radiographic procedures performed in lab is discussed. Use of radiographs in classroom is used to supplement positioning discussion and evaluation of case studies. Trauma radiography as it applies to the course topics is discussed. Class hrs. 3; Lab hrs. 2. Prerequisite: acceptance to Radiologic Technology Curriculum. Corequisite: Laboratory. Offered fall semester.

Principles of radiographic exposure, film and processing systems are discussed. The application of radiographic accessories include, film-screen combination, filters, grids, beam restrictors, radiographic quality principles and film critique. Technique systems including automatic exposure control (AEC) and technique charts are also discussed. Creating and analyzing of radiographic images. Class hrs. 3; Lab hrs. 2. Prerequisite: All 1st semester Radiologic Technology Courses and Anatomy & Physiology I. Corequisite: Laboratory. Offered spring semester.

Positioning considerations and radiographic procedures for vertebral column, ribs, sternum, and skull. Procedural considerations for special views/trauma of each area are discussed. Class hrs. 3; Lab hrs. 2. Corequisite: Laboratory Prerequisite: All 1st semester Radiologic Technology Courses and Anatomy & Physiology I. Offered spring semester.

Introduction to computers with medical application as it relates to the radiology department. Discussion and application include: types of computers, basic components of a computer system, programming languages and applications of computers. Students have actual hands-on experience with various types of software programs such as word processing, database and electronic spreadsheets. Class hrs. 3/week for 5 weeks. Prerequisite: acceptance to Radiologic Technology Curriculum. Offered summer semester at discretion of Radiologic Technology Program.

A well balanced competency-based clinical education allows the student to demonstrate proper application of the didactic knowledge with special emphasis on positioning the patient and application of exposure techniques. The clinical instructor provides supervision and evaluates the student’s positioning skills, professional attitude toward patient and clinical staff, application of their anatomic knowledge when viewing radiographs. Correct use of medical terminology and the application of radiation protection are evaluated. Total hrs. 240 off-campus. Prerequisite: acceptance to Radiologic Technology Curriculum. Offered fall semester.

A continuation of Clinical Education I. Progression of radiographic procedures sequenced with class work. Total hrs. 240 off campus. Prerequisite: All 1st semester Radiologic Technology Courses and Anatomy & Physiology I and Clinical Education I. Offered spring semester.

A continuation of Clinical Education II. Continued progression of radiographic procedures. Total hrs. 480 off campus. Prerequisite: All 1st year Radiologic Technology Courses and Anatomy & Physiology I & II and Clinical Education I & II. Offered summer semester.

Conversion factors as they relate to radiographic quality. Introduction to fluoroscopic image intensifier, cine radiography, television monitor and television imaging in forming the fluoro-scopic image, spot filming and tomographic principles. Principles of quality control and assurance as they relate to federal and state laws. Radiographic quality and H & D curves. Special X-ray imaging systems to include mammography, vascular imaging, digital imaging, CT and MR are discussed. Class hrs. 5. Prerequisite: All 1st year Radiologic Technology Courses and Anatomy & Physiology I & II. Offered fall semester.

Contrast studies of the biliary, urinary, gastrointestinal, respiratory systems and their related medical and radiographic terminology. Laboratory and clinical applications, use of contrast media for each system area are discussed. Pediatric radiography, male and female reproductive systems are also discussed. Students are expected to engage in case studies for class presentation. Class hrs. 3; Lab hrs. 2. Prerequisite: All 1st year Radiologic Technology Courses and Anatomy & Physiology I & II. Offered fall semester.

This course introduces the student radiographer to special radiographic imaging procedures, equipment and the various types of contrast media. Also, a history of the origin of these studies and their medico-legal implications are discussed. Special imaging studies include: angiography, arthrography, hysterosalpingography, and mammography. Special imaging modalities, catheters, guide wires and other accessories are discussed. Students are expected to engage in individual case studies for class presentation. A written paper is required. Class hrs. 3; Lab hrs. 2. Prerequisite: all 1st year Radiologic Technology courses and BIOL 121, 123 Anatomy and Physiology I & II; RAD 203 Radiographic Positioning III; and RAD 201X Radiographic Technique III. Offered spring semester.

This course introduces the student to pathological principles and classification of diseases. Application of contrast media is discussed. Terminology pertaining to diseases affecting the body systems and their radiographic significance are discussed. Radiographs are used to illustrate radiologic pathologies. Prerequisites: 1st year Radiologic Technology Courses and Anatomy & Physiology I & II. Offered fall semester.

Elements of medical terminology: prefixes, word roots, singular & plural forms. Spelling of medical terms classified as homonyms, interpretation of abbreviations, symbols and terms associated with each body system. Introduction to Ethics and Law in radiologic sciences. Case studies, patient rights, consent, medical records, medical negligence and standards of patient care are discussed. The role of the radiographer in maintaining and promoting professional conduct toward the patient are also discussed. Class hrs. 3; Lab hrs. 2. Corequisite: Laboratory, Prerequisite: acceptance to Radiologic Technology Curriculum. Offered fall semester.

A continuation of Clinical Education III. Continued progression of radiographic procedures. Total hrs. 240 off campus. Prerequisite: All 1st year Radiologic Technology Courses and Anatomy & Physiology I & II and Clinical Education I, II, & III. Offered fall semester.

A continuation of Clinical Education IV. Continued progression of radiographic procedures. Total hrs. 240 off campus. Prerequisite: All 1st year and 3rd semester Radiologic Technology Courses and Anatomy & Physiology I & II and Clinical Education I, II, III & IV. Offered spring semester.

A continuation of Clinical Education V. Continued progression of radiographic procedures. Total hrs. 480 off campus. Prerequisite: All 1st year and 2nd year Radiologic Technology Courses and Anatomy & Physiology I & II, Clinical Education I, II, III, IV & V, Cross Sectional Anatomy and Radiation Biology. Offered summer semester.

This course provides the student with the basic concepts of patient care, including consideration of the physical and psychological needs of the patient. Routine and emergency patient care procedures are described, patient care and safety, drug administration, vital signs, infection control procedures and venipuncture. The role of the radiographer in patient education is identified. Class hrs. 2. Prerequisite: acceptance to Radiologic Technology Curriculum. Offered fall semester.

Introduction to radiation units, radiation sources and levels, radiation protection guidelines, and protection of the patient, public, and radiographer. Radiation detection equipment, personnel monitoring and applicable federal and state laws governing radiation dose limits is discussed. Class hrs. 1. Prerequisite: acceptance to Radiologic Technology Curriculum. Offered fall semester.