This course examines current issues related to administration, education, and advanced clinical practice in radiologic sciences and medical imaging.
This course presents legal and regulatory issues facing the healthcare industry and higher education with an emphasis in radiologic sciences and medical imaging.
This course presents pharmaceuticals common to medical imaging patients and addresses indications, contraindications, intended uses, and effects on physiology. It also explores appropriate documentation, including patient assessment and monitoring during medical imaging procedures involving pharmacologic agents.
This course examines current issues related to administration, education, and advanced clinical practice in radiologic sciences and medical imaging.
This course introduces students to the role of the radiologist assistant in clinical practice. This course prepares the radiologist assistant to understand and apply appropriate clinical medical imaging clinical pathways, advanced modalities, and performance improvement. This course focuses on advanced radiologic procedures, sterile technique, fluoroscopic operation and radiation safety, radiopharmaceutical safety, and ultrasound operation.
This course requires intensive clinical thinking involving patient care, assessment, management, and education. Students acquire skills in conducting patient interviews, performing physical assessments, and analyzing and interpreting physiological data.
This clinical course will focus on imaging procedures, anatomy, physiology, and pathophysiology of the thorax and breast. In addition to scheduled in-class activities, the students observe and participate in radiographic procedures and imaging under the direct supervision of radiologist preceptors for at least twenty-four (24) clinical hours per week.
This course explores quantitative, qualitative, and mixed methods research designs and statistical analyses appropriate in radiologic sciences and medical imaging.
This clinical course will focus on imaging procedures, anatomy, physiology, and pathophysiology of the gastrointestinal and hepatobiliary systems. In addition to scheduled in-class activities, the students observe and participate in radiographic procedures and imaging under the direct supervision of radiologist preceptors for at least twenty-four (24) clinical hours per week.
This course provides opportunities to develop skills in information literacy, including critical analyses of published research. Students develop a substantial scholarly research paper that demonstrates graduate-level writing. Students must register for this course each semester until the scholarly paper is satisfactorily completed.
This course presents legal and regulatory issues facing the healthcare industry and higher education with an emphasis in radiologic sciences and medical imaging.
This clinical course will focus on imaging procedures, anatomy, physiology, and pathophysiology of the musculoskeletal system. In addition to scheduled in-class activities, the students observe and participate in radiographic procedures and imaging under the direct supervision of radiologist preceptors for at least twenty-four (24) clinical hours per week.
This clinical course will focus on imaging procedures, anatomy, physiology, and pathophysiology of the urinary and reproductive systems. In addition to scheduled in-class activities, the students observe and participate in radiographic procedures and imaging under the direct supervision of radiologist preceptors for at least twenty-four (24) clinical hours per week.
This course provides application of various historical and contemporary theories of leadership and change within administration, education, and advanced clinical practice in radiologic sciences and medical imaging.
This course presents pharmaceuticals common to medical imaging patients and addresses indications, contraindications, intended uses, and effects on physiology. It also explores appropriate documentation, including patient assessment and monitoring during medical imaging procedures involving pharmacologic agents.
This clinical course will focus on imaging procedures, anatomy, physiology, and pathophysiology of the vascular, lymphatic, and neurologic systems. In addition to scheduled in-class activities, the students observe and participate in radiographic procedures and imaging under the direct supervision of radiologist preceptors for at least twenty-four (24) clinical hours per week.