Radiologic Technology Courses
A lecture course that provides an overview of medical imaging and its role in health care delivery. Students are oriented to key departments, professionalism, and the process to become a successful RT(R).
A lecture course that provides principles of radiation protection, responsibility to patients, personnel, and the public, as well as dose equivalent.
A lecture course that introduces factors that govern and influence the production of the radiologic image using CR/DR equipment.
Student learns how to communicate with patients and their families, infection control concepts, concepts, and patient care skills including consideration of physical and psychological conditions, the role of the radiographer in patient education, special aspects of death and dying, transferring patients, and vital signs.
Student learns how to communicate with patients and their families, infection control concepts, concepts, and patient care skills including consideration of physical and psychological conditions, the role of the radiographer in patient education, special aspects of death and dying, transferring patients, and vital signs.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. The students learn how to perform radiologic procedures of the chest, abdomen, pelvis, and upper and lower extremity. Positioning techniques to achieve quality radiographs are discussed, along with associated anatomy, pathology, and special studies.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. The students learn how to perform radiologic procedures of the chest, abdomen, pelvis, and upper and lower extremity. Positioning techniques to achieve quality radiographs are discussed, along with associated anatomy, pathology, and special studies.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. The students learn how to perform radiologic procedures of the chest, abdomen, pelvis, and upper and lower extremity. Positioning techniques to achieve quality radiographs are discussed, along with associated anatomy, pathology, and special studies.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. Student learns concepts, medical ethics, and patient care including consideration of physical and psychological conditions, routine and emergency patient care procedures, the role of the radiographer in patient education, and the special aspects of death and dying.
A radiologic technology clinical course where students apply didactic information to real life settings by gaining competency in ten general patient care activities, three mandatory radiologic procedures from a selected list of thirty. Each student will be able to perform procedures independently, consistently, and effectively.
A radiologic technology clinical course where students apply didactic information to real life settings by gaining competency in six mandatory radiologic procedures and three elective radiologic procedures from a selected list of thirty.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. Students learn IV Therapy procedures, complications, and equipment necessary for infusion of drugs, as well as information about contrast media and medications.
A radiologic technology clinical course where students apply didactic information to real life settings by gaining competency in one general patient care activity, seven mandatory radiologic procedures and three elective radiologic procedures from a selected list of thirty. Each student will be able to perform procedures independently, consistently, and effectively.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. The student learns how to perform radiographic procedures of the spine, thorax, digestive, urinary systems & cranium. Positioning techniques to achieve quality radiographics are discussed, along with associated anatomy, pathology, and special studies.
The student learns how to perform radiographic procedures of the digestive, urinary systems & fluoroscopy. Positioning techniques to achieve quality radiographs are discussed, along with associated anatomy, pathology, and special studies.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. The student learns how to perform radiographic procedures of the spine, thorax, digestive, urinary systems & cranium. Positioning techniques to achieve quality radiographics are discussed, along with associated anatomy, pathology, and special studies.
A lecture course that provides knowledge of basic atomic structure and radiologic physics along with their units of measurement. The electromagnetic spectrum is discussed in relationship to x-rays.
A lecture course where students gain knowledge of components and operation of x-ray generating equipment. X-ray production, beam characteristics and x-ray interactions with matter are also discussed.
Students learn in-depth factors that govern and influence the production of the radiographic image using CR/DR equipment such as acquisition, processing, and display.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. Students will demonstrate how to produce CR and DR images in addition to evaluating CR/DR acquisition errors, processing errors, and evaluate CR/DR images, and explain the quality control processes for each system.
A lecture course where students learn advanced concepts such as the controlling factors of the display monitor and quality assurance during the production of the radiographic images using CR/DR equipment.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. The student is provided the opportunity to learn basic knowledge regarding Mammography and Computed Tomography. Topics integrated into the class will include patient care, anatomy, cross-section anatomy, imaging procedures, and equipment specifications as related to Mammography, Computed Tomography, and Magnetic Resonance Imaging.
A lecture course where students learn the principles of cell radiation interaction. Radiation effects of cells and factors affecting cell response are presented, acute and chronic effects of radiation are discussed.
A radiographic technology clinical course where students apply didactic information to real life settings by gaining competency in ten mandatory radiologic procedures and four elective radiologic procedures from a selected list of thirty. Each student will be able to perform procedures independently, consistently, and effectively.
A lecture course that provides knowledge of equipment routinely utilized to produce diagnostic images such as Mobile, Tomography, AEC, and Fluoroscopy. Various recording media and techniques are discussed.
Radiologic Technology laboratory study is utilized in this course to demonstrate clinical applications of theoretical principles and concepts. The student learns how to perform special radiographic procedures such as
angiography, sialography, and hysterosalpingography. The associated anatomy, pathology, and the special equipment used for these exams are learned. Using knowledge from multiple didactic units, especially clinical education the student evaluates radiographic examinations for diagnostic quality, and then uses critical thinking skills to make corrections if necessary.
A radiologic technology clinical course where students apply didactic information to real life settings by gaining competency in eleven mandatory radiologic procedures and five elective radiologic procedures from a selected list of thirty. Each student will be able to perform procedures independently, consistently, and effectively.
Students review all aspects of the Radiologic Technology curriculum. This is preparation for the successful completion (75% or better) on the American Registry of Radiologic Technologies national exam.
