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RAD101 Radiographic
Positioning I
3 Credits
This course is a study of the radiographic procedures as they relate to
the skeletal system. Topics include positioning, exposure factors, film
evaluation and related anatomy of chest, abdomen, superior and inferior
extremities, and shoulder and pelvic girdle. There are positioning practical
workshop components.
RAD102 Radiographic Positioning II and Contrast Media
3 Credits
This course is a study of the bony thorax, sternum and joints (AC and
SC), vertebral column, and radiographic special procedures including
fluoroscopic procedures and the use of contrast media. It includes
discussion of correct factors exposure, positioning skills, medical
indication and counter-indications for special studies pertaining to the
anatomical region of study. Positioning practical workshops will be
included.
Prerequisite: RAD101.
RAD103 Radiographic Positioning III
3 Credits
This course is a study of radiographic procedures related to cranial
structures, facial and nasal bones. It includes discussion of correct
factors exposure, positioning skills, film evaluation, and related anatomy
and terminology of the cranial structures. Positioning practical workshops
will be included.
Prerequisite: RAD102.
RAD111 Introduction to Radiologic Technology and Clinical Practicum I
3 Credits
This course introduces Radiologic Technology as a science and discusses
aspects related to the profession. During the clinical rotation, students
will assist and perform basic radiographic procedures.
RAD112 Clinical Practicum II
4 Credits
This course is a competency-based clinical experience that develops the
cognitive, affective, and psychomotor skill level of students in the
performance of radiographic procedures. Emphasis will be placed on the
skeletal system and radiographic procedures requiring administration of
contrast mediums for the visualization of all the body systems.
Prerequisite: RAD101, RAD111.
RAD113 Clinical Practicum III
4 Credits
This course is a competency-based clinical experience that intensifies
the cognitive, affective and psychomotor skill level of students in the
realization of special radiographic procedures and assisting the radiologist
in interventional procedures. This clinical experience provides learning
opportunities in mobile, trauma, skull work, and surgical radiographic
procedures. Mastery of knowledge from previous clinical practicum with a
focus on outcomes assessment will occur.
Prerequisite: RAD102, RAD112.
RAD121 Patient Care & Medical Terminology
3 Credits
This course introduces the radiologic technology student to their
responsibilities when working with patients. This course will discuss
patient education, safety and comfort. An emphasis will be made on how to
react to medical emergencies within the department and the legal
responsibilities of the radiologic professional. The course will address
infection control, handling of hazardous materials, isolation precautions,
and patient monitoring. The student will learn about human diversity, ethnic
and cultural values and how these need to be integrated into the profession.
Medical terminology will be integrated throughout the semester.
RAD131 Principles of Radiographic Exposure and Processing
3 Credits
This course is designed to provide the students with principles of
radiographic exposure factors, the production of a radiographic image,
visibility and geometrical factors and film processing. The student will
develop knowledge and skills necessary to recognize and evaluate qualitative
factors in clinical radiographs.
Co-requisite: MAT117.
RAD211 Clinical Practicum IV
4 Credits
This course is a competency-based clinical experience that intensifies
the cognitive, affective and psychomotor skill level of students in the
realization of special radiographic procedures and assisting the radiologist
in interventional procedures. This clinical experience provides learning
opportunities in radiographic critique and quality assurance. The student
will acquire proficiency in the realization of radiographic and special
procedures, preparation of contrast media and patient under indirect
supervision. Mastery of knowledge from previous clinical practicum with a
focus on outcomes assessment will occur.
Prerequisite: RAD113.
RAD212 Clinical Practicum V
6 Credits
During this clinical practicum the radiologic technologist student will
acquire proficiency in the realization of radiographic and special
procedures, Students will be rotated to the different imaging modalities.
Students will demonstrate the highest level of cognitive, affective, and
psychomotor skills to complete graduate competencies, outcomes assessment,
and program requirements.
Prerequisite: RAD211.
RAD214 Quality Assurance and Ethical-Legal Issues 2
Credits
This course will offer students basic knowledge on the importance and
implementation of a quality assurance program in a radiological facility.
Emphasis will be given to the quality control tests performed on
radiographic exposure and film development equipment. Comprise current
aspects on ethics, responsibilities, obligations, and rights of the health
professionals towards patient and colleagues, including case presentation
and discussion.
Prerequisite: RAD131.
RAD215 Pathology and Radiographic Critique
3 Credits
This course is a study of the most common conditions and lesions
affecting the human being and its relation to the changes observed in the
radiographic image. Etiology, epidemiology and prognosis of these conditions
are discussed. Evaluation and analysis of radiographs pertaining to the
anatomical region studied.
RAD216 Introduction to Imaging Modalities
2 Credits
This course introduces students to deal with new modalities of medical
diagnosis imaging. Includes basic concepts of principles and operational
procedures of lineal tomography, digital and computerized radiology,
computerized tomography, vascular, magnetic resonance, nuclear medicine,
radiotherapy, mammography, and bone density.
RAD218 Radiation Biology & Protection
3 Credits
This course introduces the student to the possible negative effects of
diagnostic medical radiation on the human body. Specifically, the student
will study how the quality and quantity of x-ray radiation can damage
cellular structure and the different ways to minimize this potential danger.
This course also discusses the legal and ethical issues surrounding the
technologist and his/her role in exposing the public to diagnostic medical
radiation.
Prerequisite: PHY213, RAD131.