Undergraduate Catalog 2021-2022 | Page 288

Course Name
Long Title
Min Credits
Description
Requisites
RDS-303
Principles of Exposure I
3
This course is designed to provide a knowledge base of factors that govern and influence the production and quality of radiologic images . Density , contrast , resolution ( detail ) and distortion are examined and factors influencing them are discussed . Accessory devices such as grids , filters and collimators will also be discussed . Critical thinking and problem solving skills will be utilized in the diagnosis and correction of technical errors . Lecture , demonstration and labs will be utilized so that students master imaging techniques based on sound principles and practices .
RDS-305
Radiographic Procedures II
3
The student learns to perform routine radiographic procedures of the bony thorax , pelvis , and hip . This will be accomplished by presentation of the required anatomy and discussion and demonstration of the radiographic positioning . The student will be assessed on competency on performances of the procedures .
RDS-306
Digital Image Acquisitions & Display
3
This course is designed to impart an understanding of the components , principles and operation of digital imaging systems found in diagnostic radiology . Factors that impact image acquisition , display , archiving and retrieval are discussed . Guidelines for selecting exposure factors and evaluating images within a digital system are explored . Principles of digital system quality assurance and maintenance are presented .
RDS-307
Radiation Physics
3
This course provides the student with a comprehensive study of radiation physics covering atomic structure , electricity , magnetism , electromagnetic radiation , electric motors , operators , transformers , generators , rectification and the x-ray tube . Also includes an in depth study of the production of x-radiation and it ' s interaction with matter .
RDS-308 Radiation Protection 2
This course presents the potential for biological damage caused by radiation and how to eliminate or reduce it . Radiation units and quantities are discussed as well as methods of measurement . Dose limits for operators and patients are discussed with emphasis on the ALARA concept . Genetic and somatic effects are described as well as policies and practices to insure safe radiation limits are maintained . Agencies responsible for standards are also discussed .