Available courses

Study is made of human anatomy and its function. Areas include general cell and tissue structure, the respiratory system, general bone structure, the lower extremities, the upper extremities, and the genitourinary system. Detailed topographic anatomy, positioning landmarks, and radiographic appearance are covered.

A continuous process beginning with supervised correlation of theory and actual performance of examinations to unassisted performance and decision-making in a variety of situations. Clinical rotation guidelines assist the student as they progress form one area to another. Regular evaluations are an integral part of this process.

The course encompasses subjects pertinent to the care and examination of the patient and work within the profession. Study is made of patient assessment and communication, safety, infection control, vital signs, pediatric imaging, and geriatric imaging.

This course investigates detection and measurement of radiation, sources of radiation exposure, occupational and general public dose equivalent limits, methods for minimizing exposure to patient, self, and others, and application of federal and state regulations.

This course introduces students to the factors that control the radiation exposure to the image receptor. The primary exposure factors, differential absorption, patient and equipment factors that affect exposure, spatial resolution, distortion, and magnification are covered. Students will work to formulate a technique chart. Emphasis is placed on practical applications of basic laws and theories in problem-solving situations and formulation of techniques in the production of quality images.

Study of the common and supplementary positions and procedures for the respiratory system, abdominal cavity, lower extremities from the knee to the toe, and upper extremities from the elbow to the finger. Anatomical landmarks, anatomy, body habiti, and special patient considerations are emphasized. Laboratory demonstration is used for patient correlation.

A continuous process beginning with supervised correlation of theory and actual performance of examinations to unassisted performance and decision-making in a variety of situations.  Clinical rotation guidelines assist the student as they progress form one area to another.  Regular evaluations are an integral part of this process.

Study is made of the basic structure of matter, electricity, magnetism, and their interrelationships.  That knowledge is applied to the construction and function of x-ray generators, circuitry components, the x-ray tube, and fluoroscopic image intensifier.  X-ray production and emission are discussed in detail.

Discussion is made of medical/surgical diseases with diagnostic evaluation and treatment.  The impact of disease and pathology is explored in patient evaluation, image quality, and performance of various radiographic procedures.  Areas include the imaging modalities, general pathological processes, the respiratory system, and the portions of the skeletal system.


The course encompasses subjects pertinent to the care and examination of the patient and work within the profession.  Study is made of medical emergencies, trauma, urologic and gastrointestinal procedures, aseptic technique, ECG, and an introduction to pharmacology and drug administration.


Study is made of human anatomy and its function.  Areas include the gastrointestinal system and accessory organs, spine and thorax, skull, heart, and cardiovascular system.  Detailed topographic anatomy, positioning landmarks, and radiographic appearance are covered.

Study of the common and supplementary positions and procedures for the upper and lower GI system, urinary system, pelvic girdle and femur, and shoulder girdle and humerus.  Anatomical landmarks, anatomy, body habiti, and special patient considerations are emphasized.  Laboratory demonstration is used for patient correlation.

This course involves lectures and practice in specialized procedures and interventional exams.  Study is made of positioning, supplies, precautions, and patient care during these procedures.  Topics include myelograms, hysterograms, arthrograms, and general tomography.


A continuous process beginning with supervised correlation of theory and actual performance of examinations to unassisted performance and decision-making in a variety of situations.  Clinical rotation guidelines assist the student as they progress form one area to another.  Regular evaluations are an integral part of this process.


The student is introduced to the equipment and general operation of the imaging and therapeutic modalities.  Topics include tomography, DEXA, MRI, CVIT, mammography, sonography, nuclear medicine, radiation therapy, and dosimetry.


Study is made of the role of digital systems in the modern imaging environment.  Correlation of basic exposure principles as applied to the creation, pre-processing, post-processing, display, and storage of images in a digital environment.  Special consideration is given to the differences in CR and DR as well as the quality factors of the display system.


This course relates the physical and biologic effects of radiation to human life and the environment.  Interactions of x-rays and matter are studied in depth.  Effects on a molecular, cellular, and whole body level are correlated to short and long term effects.  Survival statistics and risk estimates are also studied.


Study of the common and supplementary positions and procedures for the spinal column, bony thorax, and skull.  Anatomical landmarks, anatomy, body habiti, and special patient considerations are emphasized.  Laboratory demonstration is used for patient correlation.


Discussion is made of medical/surgical diseases with diagnostic evaluation and treatment.  The impact of disease and pathology is explored in patient evaluation, image quality, and performance of various radiographic procedures.  Areas include portions of the skeletal system and the digestive system.

Students prepare a research paper and scientific exhibit from a topic within the radiation sciences.  This course provides practical skills and steps needed in the planning, design, collection of data, analysis, and inference of findings for the research process.  Students will also practice the practical writing of departmental policies and communications.

This course involves lectures and practice in specialized procedures and interventional exams.  Study is made of positioning, supplies, precautions, and patient care during these procedures.  Topics include ERCP, Sialograms, Lymphangiograms, Venograms, surgical radiography, and trauma radiography.


Assisting the transition out of an academic environment, this course incorporates academic reviews, certification preparation, and professional preparation with a focus on critical thinking and problem solving skills in a professional environment.  Correlation is made between larger health care concerns and factors impacting the profession.

Holding place for all posted lecture and reference materials.