This final course in the program provides a comprehensive review of the radiologic technology curriculum, reinforcing core concepts in patient care, radiographic procedures, image evaluation, physics, ethics, and radiation protection. Emphasis is...
This course provides an in-depth understanding of Waves and Energy Transport, covering topics such as Transverse and Longitudinal Waves, Speed of Transverse Waves on a String, Periodic Waves, Principle of Superposition, Reflection and Refraction...
This course provides supervised practice of advanced radiographic positioning skills, including procedures involving the digestive, urinary, and reproductive systems, as well as mobile, surgical, trauma, and pediatric imaging. Students perform...
This course builds upon prior clinical experiences, emphasizing the development of precision, confidence, and efficiency in routine and advanced radiographic procedures. Under supervision, students demonstrate greater independence in equipment...
This course builds on foundational clinical skills as students advance their performance in radiographic procedures within a supervised clinical environment. Emphasis is placed on applying positioning techniques, exposure factor selection, image...
This course introduces the fundamental physics concepts underlying radiologic imaging. Students will explore atomic structure, X-ray production, photon interactions with matter, and the function of diagnostic imaging equipment. Emphasis is placed on...
This course builds on foundational clinical skills as students advance their performance in radiographic procedures within a supervised clinical environment. Emphasis is placed on applying positioning techniques, exposure factor selection, image...
This course explores specialized radiographic imaging procedures beyond conventional radiography. Students will study advanced modalities such as computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, nuclear medicine, and...
This course introduces the student to radiation protection concepts and includes a review of the basic interactions of x-radiation with matter. The radiation quantities and units are discussed in relation to limits for exposure to ionizing gradation...
This course provides an overview of the radiologic sciences profession, focusing on patient care, medical terminology, and the role of radiologic technologists. Students will explore the history and future of radiography, learn proper patient care...
