SCHOOL OF RADIOLOGIC TECHNOLOGY Course Descriptions The Moncton Hospital Radiologic Technology Courses Anatomy and Physiology 301, 401 Provides the foundation for understanding the body's parts and functions. It covers the skeletal, nervous, endocrine, lymphatic, urinary and reproductive systems. Emphasis is placed on those systems most commonly examined by the radiologic technologist. The student will apply this knowledge in interpreting requests for radiographic procedures. Apparatus 305, 405 Provides the student with in-depth knowledge of each major component of radiographic and fluoroscopic equipment. Instruction will also be provided on advanced techniques, such as computed radiography, digital radiography, digital fluoroscopy and computed tomography. Cross Sectional Anatomy 401 Provides the student with an understanding of anatomy in sectional images. It focuses on the relationships between anatomical structures in the brain, chest, abdomen and pelvis. Image Quality 303 During this course the student will learn how to critique the technical quality of the image. The student will learn how to judge whether or not the image meets the specifications to be diagnostic and if not, how to correct the technical factors. Image Recording 307 This course will cover the principles of photographic development of X-ray film, types of X-ray film, film storage conditions, film cassettes, intensifying screens and the applications of these devices for X-ray examinations. The automatic processor and its components will also be covered. Pathology 311, 411 The radiography student will be introduced to pathological terms and pathological conditions commonly seen in radiography. Instruction in pathology is delivered throughout the anatomy and physiology course and is further reinforced by lectures given by the radiologists from The Moncton Hospital's Medical Imaging department. Patient Care 310, 410 It is essential for Medical Imaging technologists to have the knowledge and expertise to perform some basic medical techniques and to be able to assess and respond to any situation or problem the patient may present. Patient care is the study of the principles and practices of some basic medical and nursing procedures to be able to meet the patient's physical and psychological needs. Quality Control 406 This course introduces the principles of quality assurance and quality control. Students are provided with the knowledge and skills necessary to perform quality control tests on X-ray imaging and accessory equipment and how to interpret test results and initiate corrective action. Radiographic Critique 402 This course introduces the student to radiographic positioning evaluation. A less than optimal radiograph should be thoroughly evaluated to determine the reason for error so the problem can be accurately corrected before the exam is repeated. Radiographic Positioning 302 The student learns basic and specialized positioning methods for radiographic examinations through the use of discussion and practical classes in a radiographic room. Each region of the anatomy is covered and students are introduced to the practical skills required for the clinical setting. The student will become proficient at critiquing radiographic images and identifying radiographic anatomy. Radiation Biology 309 Radiation biology is the study of the effects of radiation on the cells and tissues of the body. Radiation biology also examines the effects of radiation exposure on patients and staff. Radiation Physics 304 This course includes classroom instruction on the principles of X-ray generators, X-ray spectra, X-ray interactions with matter, attenuation processes and the detection and measurement of radiation exposure. Radiation Protection 308 It is essential to protect the patient, medical radiation technologist and all others from any unnecessary radiation. This course encompasses the principles of radiation protection and the recommendations for the safe use of radiation-emitting devices. Specialized Imaging 413 This course is a presentation of the theory and applications of special radiographic methods. Topics include angiography, interventional radiography, myelography, arthrography, mammography and surgical and trauma radiography. Clinical Education This portion of the program incorporates the theory and principles of radiographic imaging into clinical practice and application.