Radiologic Technology

This course provides a comprehensive introduction to the field of radiologic technology and the language of medicine. Students will explore the foundational principles of radiography, including its history, the role of the radiographer, basic radiation protection, and an overview of radiographic equipment and procedures. Emphasis is placed on ethical and legal considerations, patient care techniques, and effective communication in healthcare settings. In addition, students will learn medical terminology essential for clinical practice, focusing on the structure and usage of medical terms related to body systems, diseases, diagnostics, and treatments. Through integrated instruction, students will develop critical thinking, problem-solving, and communication skills necessary for success in the radiography profession and broader healthcare environments.

This course introduces students to the fundamental principles and techniques of radiographic procedures. Emphasis is placed on positioning, image production, and evaluation of radiographic images for various anatomical regions, including the chest, abdomen, and extremities. Students will learn to apply radiation protection measures and patient care techniques during radiographic examinations. The course combines theoretical instruction with practical laboratory experience to develop the skills necessary for performing basic radiographic procedures safely and effectively.

This course builds on the foundational knowledge and skills acquired in Radiographic Procedures I. Students will learn advanced positioning techniques and procedures for imaging the spine, skull, and gastrointestinal system. Emphasis is placed on the accurate positioning of patients, the use of appropriate radiographic techniques, and the evaluation of image quality. The course also covers specialized procedures and the use of contrast media. Practical laboratory sessions will provide experience in performing these advanced radiographic procedures.

This course further advances radiographic procedural competencies with emphasis on anatomy and routine projections of the cranium, facial bones, and paranasal sinuses. Topics also include axial anatomy, pathological considerations, and selected special radiographic procedures. Students examine variations in anatomy and positioning related to trauma, mobile imaging, and patient condition. Laboratory experiences focus on advanced positioning, exposure selection, image critique, and procedural modifications required in non-routine situations.

This course provides students with their initial hands-on clinical experience in a radiographic setting. Under the supervision of experienced radiographers, students will apply the knowledge and skills acquired in their coursework to real-world clinical situations. Emphasis is placed on developing proficiency in basic radiographic procedures, patient care, and radiation protection. Students will rotate through various clinical areas, gaining exposure to different types of radiographic examinations and equipment. This practical experience is designed to build confidence and competence in performing radiographic procedures.

This course provides an in-depth study of the principles of radiation physics as they apply to radiographic imaging. Students will explore the nature and properties of ionizing radiation, including the production and interaction of x-rays. The course covers key concepts such as atomic structure, electromagnetic radiation, and the physics of x-ray generation. Emphasis is placed on understanding the technical aspects of radiation production, the behavior of radiation in matter, and the principles of radiation dosimetry. Through theoretical instruction and practical applications, students will gain a solid foundation in physics underlying radiographic imaging.

This course introduces the factors that influence the production of diagnostic radiographic images using digital radiographic equipment. Emphasis is placed on the principles and techniques required to produce high-quality diagnostic images. Topics include image quality concepts such as image receptor exposure, grayscale, spatial resolution, distortion, grid use, image receptors and holders, processing considerations, image acquisition and analysis, image artifacts, and guidelines for selecting exposure factors within digital imaging systems. Laboratory experiences reinforce theoretical principles through hands-on application, image evaluation, and quality control practices.

This course examines the principles of radiation protection and the biological effects of ionizing radiation. Students will learn about the sources of radiation exposure, the mechanisms of radiation interaction with biological tissues, and the potential health risks associated with radiation exposure. The course covers radiation safety standards, regulatory guidelines, and best practices for minimizing radiation exposure to patients, personnel, and the public. Emphasis is placed on understanding the principles of radiation protection, including time, distance, and shielding, as well as the use of dosimetry and protective equipment. Through theoretical instruction and practical applications, students will develop the knowledge and skills necessary to ensure safe and effective radiographic practice.

This course establishes a foundational knowledge of radiographic, fluoroscopic, and mobile imaging equipment, including system design and operational requirements. Instruction includes an overview of Automatic Exposure Control (AEC) devices, beam restriction, filtration, and the principles of quality control and quality management within digital imaging systems. Laboratory experiences reinforce theoretical concepts through hands-on application, equipment operation, and evaluation of image quality and system performance.

This course continues the hands-on clinical experience in a radiographic setting, building on the skills and knowledge gained in Clinical Practice I. Students will further develop their proficiency in performing radiographic procedures, patient care, and radiation protection. Emphasis is placed on mastering intermediate-level radiographic examinations and enhancing clinical decision-making skills. Students will rotate through various clinical departments, gaining exposure to a wider range of radiographic procedures and patient populations. This practical experience is designed to deepen students' understanding of clinical practice and prepare them for more advanced clinical responsibilities.

This course provides advanced clinical experience in a radiographic setting, building on the skills and knowledge gained in Clinical Practice II. Students will further refine their proficiency in performing a wide range of radiographic procedures, with an emphasis on advanced and specialized imaging techniques. The course focuses on enhancing clinical decision-making, patient care, and radiation protection practices. Students will rotate through various clinical departments, gaining exposure to complex radiographic examinations and diverse patient populations. This practical experience is designed to prepare students for independent practice and advanced clinical responsibilities.

This course offers advanced clinical experience in a radiographic setting, building on the skills and knowledge gained in Clinical Practice III. Students will further enhance their proficiency in performing complex radiographic procedures and utilizing advanced imaging modalities. Emphasis is placed on independent practice, critical thinking, and advanced patient care techniques. Students will rotate through various clinical departments, gaining exposure to a wide range of radiographic examinations and diverse patient populations. This practical experience is designed to prepare students for leadership roles and advanced clinical responsibilities in the field of radiography.

This course represents the culmination of clinical training in the radiography program, providing students with the opportunity to demonstrate their proficiency and independence in a clinical setting. Students will perform a wide range of radiographic procedures, including advanced and specialized imaging techniques, under minimal supervision. Emphasis is placed on refining clinical skills, critical thinking, and professional behavior. Students will rotate through various clinical departments, gaining comprehensive experience in diverse radiographic examinations and patient care scenarios. This practical experience is designed to prepare students for entry-level positions as competent and confident radiographers.

This course provides a comprehensive review of foundational knowledge from previous radiography coursework to support preparation for national certification examinations. Emphasis is placed on patient care and safety concepts, including patient interactions and management, radiation physics, radiobiology, and radiation protection principles. Image production topics include image acquisition, technical evaluation, equipment operation, and quality assurance. This course reinforces core competencies and integrates critical thinking strategies essential for examination readiness.

This course continues the comprehensive review of radiography content with emphasis on radiographic procedures and clinical application in preparation for national certification examinations. Topics include head, spine, pelvis, thorax, abdomen, and extremity procedures, with integration of image evaluation, positioning accuracy, and exposure selection. The course emphasizes test-taking strategies, content synthesis, and application of knowledge across examination domains to support readiness for professional certification and entry-level practice.