This course provides an introduction to radiologic technology with emphasis on orientation
to the radiology department, ethics, and basic radiation protection.
This course provides a study of the procedures and techniques used in the care of
the diagnostic imaging patient.
This course is a study of the technological developments behind computed tomography,
an overview of scanner components, terminology, data acquisition, digital imaging,
image reconstruction, display and manipulations. Current applications will be explored,
including patient screening, contract utilization and administration, contrast reactions
and treatment, pediatrics, conscious sedation and monitoring, and radiation protection.
This course provides a detailed study of the parameters controlling radiation quality
and quantity for radiographic tube operation and image production.
This course continues a detailed study of primary and secondary influencing factors
and accessory equipment related to imaging.
This course is a study of assurance procedures, and radiation dosimetry in computed
tomography. Special applications of computer tomography will be explored including
interventional procedures, high speed ct scanning, 3 dimensional ct and multi-planar
reformations. A review of special scanner features will also be covered in the course.
This course provides an introduction to radiographic procedures. Positioning of the
chest, abdomen, and extremities are included.
This course provides the basic imaging protocols and patient positioning for CT exams
of the abdomen, pelvis, and musculoskeltal system. Case studies including anatomy
and pathology of the abdomen, pelvis, and extremities will be explored.
This course is a study of radiographic procedures for visualization of the structures
of the body.
This course provides the student with clinical experience in basic CT scanning. Students
will explore techniques related to patient safety, radiation protection, and exam
protocols.
This course is a study of Computed Tomography physics and instrumentation. The course
provides an overview of technology, application, and practice that is unique to the
Computed Tomography profession.
This course introduces the clinical environment of the hospital by providing basic
use of radiographic equipment and routine radiographic procedures.
This course includes the use of radiographic equipment and performance of radiographic
procedures within the clinical environment of the hospital.
This course includes clinical education needed for building competence in performing
radiographic procedures within the clinical environment.
This course is a study of the principles of radiobiology and protection. It emphasizes
procedures that keep radiation exposure to patients, personnel, and the population
at large to a minimum.
This course provides a survey of disease processes significant to the radiographer,
including etiology, diagnosis, prognosis, and treatment.
This course provides a detailed study of advanced methods and concepts of imaging.
This course is a study of advanced topics unique to the radiological sciences.
This course is a study of special radiographic procedures.
This course includes independently performing routine procedures in a radiology department,
including involvement in advanced radiographic procedures.
This course includes routine radiographic examinations, as well as advanced procedures,
while continuing to build self-confidence in the clinical atmosphere
This course includes routine and advanced radiographic procedures in the clinical
environment.