Radiologic Technology

This course explores and defines the fundamental principles of physics and electronics involved in the production, use and control of the various electromagnetic energies used in medical and diagnostic applications.  Topics include electromagnetic waves, electricity and magnetism, electrical energy, power, and circuits as they relate to radiography. It will discuss the components of radiographic equipment and how its work in the production of x rays. Upon completion, students should be able to demonstrate an understanding of basic principles of physics as they relate to the operation of radiographic equipment.

This course is a competency-based clinical experience that develops the cognitive, affective, and psychomotor skill level of students who will assist and perform basic radiographic procedures. During the clinical rotation, students will assist and perform basic radiographic procedures of the chest, abdomen, upper, and lower extremities. Students must complete 180 clinical practicum hours.

Other/Practicum Hours: 12 (180 total clock hours)

A competency-based clinical experience that intensifies the cognitive, affective, and psychomotor skill level of students in the realization of special radiographic procedures. Students will assist the radiologist in fluoroscopic exam procedures. This clinical experience provides learning opportunities in radiographic critique and quality assurance. The student will acquire proficiency in the realization of radiographic position and procedures of body trunk, spine, fluoroscopic procedures, preparation of contrast media, and patient care. Mastery of knowledge from previous clinical practicum shall be recalled with a focus on outcomes assessment.  This is an 8-week assignment. Students must complete 180 clinical hours and pass successfully to continue into the next level.

Other/Practicum Hours: 12 (180 total clock hours)

This course is a study of the most common conditions and lesions affecting the human being and its relation to the changes observed in the radiographic image. Evaluation and analysis of radiographs pertaining to the anatomical region are studied. Evaluation of the quality of the radiographic image is also studied.

This course is a study of the body trunk, vertebral spine, and radiographic special procedures including fluoroscopy and the use of contrast media. It includes discussion of correct factors exposure, positioning skills, medical indication and contra-indications for special studies pertaining to the anatomical region of study. Positioning practical workshops will be included.

This course entails the study of the radiographic procedures related to cranial structures, facial bones, and the neck. It includes discussion of exposure techniques, positioning skills, medical indications for special and optional projections that may be performed on traumatized patients and special studies pertaining to this anatomical region.

This course is a competency-based clinical experience that intensifies the cognitive, affective, and psychomotor skill level of students performing radiographic procedures of the skull. This clinical experience provides learning opportunities in mobile, trauma, and surgical radiographic procedures. Mastery of knowledge from previous clinical practicum with a focus on outcomes assessment will occur. Must complete 225 clinical hours and successfully pass the pre-requisites courses to continue into the next level.

Other/Practicum Hours: 15 contact hours (225 fieldwork clock hours)

Students will participate and develop skills in radiographic critique and quality assurance. The students will acquire proficiency in the application of all radiographic procedures under indirect supervision. Students are exposed to new imaging modalities. Mastery of knowledge from previous clinical practicums with a focus on outcomes assessment will occur. Must complete 225 clinical hours to complete the program requirements.

Other/Practicum Hours: 15 (225 total clock hours)

This course will offer students basic knowledge on the importance and implementation of a quality assurance program in a radiological facility. Emphasis will be given to the quality control tests performed on radiographic exposure and imaging acquisitioning and processing. Medical-legal considerations of the health profession with emphasis on the radiologic technologist. Comprises current aspects on ethics, responsibilities, obligations, and rights of the health professionals relative to patients and colleagues, including case presentation and discussion.

This course introduces students to new modalities of medical diagnostic imaging. Course includes basic concepts of principles and operational procedures of lineal tomography, digital and computerized radiology, computed tomography, interventional, magnetic resonance, nuclear medicine, radiotherapy, mammography, sonography, and bone density.

This course provides an opportunity for students to prepare to take the American Registry of Radiologic Technologists (ARRT) registry board examination upon graduation. This course also allows students to participate in practice quizzes, mock registry exams, apply for the ARRT exam, and for state licensure.