For entry-level students accepted into the radiologic technology program. Responsibilities of a radiologic technologist regarding ethics and patient's emotional needs. Explanation of Professional Organizations, ARRT Code of Ethics. Develop introductory positioning skills using anatomic landmarks for chest radiography. Total of 27 hours lecture and 27 hours laboratory.

The physical needs of the patient with emphasis on aseptic technique, preparations for radiology examinations, consent forms, body mechanics, Responsibilities of the the technologist during medical emergencies, informed consents, and patient transfers. Basic hospital procedures, communication skills, CPR review, HIPAA and Patient Bill of Rights. Total of 36 hours lecture and 54 hours laboratory

Study of interactions of radiation with matter and biological effects associated with the use of ionizing radiation. Emphasis on radiation safety of patients and personnel based on the ALARA concept. NCRP recommendations, Regulatory Committee Regulations, California Department of Public Health, Radiation Health Branch regulations. Health implications to present and future generations, radiation sensitivity, manifestation and treatment of radiation sickness. Introduction to X-ray equipment, circuitry, and filtration. Total of 54 hours lecture.

Positioning nomenclature, topographic anatomy emphasizing anatomical landmarks to locate organs within each body region including upper and lower extremities. Positioning by use of positioning phantoms in x-ray laboratory setting including the skeletal, thoracic and abdominal cavities. Introduction of mobile radiography, digital radiography, and fluoroscopy. Positioning of pediatric, geriatric and trauma patients. Total of 45 hours lecture and 72 hours laboratory.

Anatomy and positioning of the cervical, thoracic and lumbar spines, cranium, sinus positioning. Introduction to Fluoroscopy of the lower GI , upper GI tract, and Genitourinary tract. Contrast media, laboratory positioning by use of phantoms. Image critique. Total of 45 hours lecture and 72 hours laboratory.

Non-PCC Radiology students may enroll in the course if they are CRT, ARRT certified. We do not accept Limited X-Ray Students or students from other radiology programs Identification of sectional anatomy concentrating on brain, neck, thorax, abdomen, and pelvis, including the cervical, thoracic and lumbar spines. Correlation of axial, sagittal and coronal sections to positioning in CT scanning. CT machines used in clinicals. Total of 54 hours lecture.

Development and use of technique charts. Calculations to determine specific exposures. Digital radiography processing systems and factors affecting radiographic spatial resolution. Use of radiographic phantoms and accessory devices. Total of 36 hours lecture and 54 hours laboratory.

Specialized technical procedures in radiography. Angiogram, radiographic equipment, and accessories Anatomy and physiology of involved areas. Emphasis on selective angiography procedures, venipuncture, and responsibility of the technologist as part of the special procedure team. Total of 54 hours lecture.

Integration of interpersonal skills while analyzing the medico-legal issues, professional and ethical values in radiologic technology. Total of 36 hours lecture.

Principles, components and functions of digital radiography with emphasis on digital imaging and PACS in the radiology department. Brief introduction to medical informatics, quality control and management. Total of 36 hours lecture.

Fundamentals of electrical and radiation physics. Emphasis on principles underlying optics, electromagnetic and other types of ionizing radiation. Total of 36 hours lecture and 54 hours laboratory.

Function and use of basic radiologic physics in diagnostic radiology. Applied physical rules and laws in general physics, production of the X-ray beam, tubes and generators, circuitry and equipment. Quality assurance of special equipment. Total of 36 hours lecture and 54 hours laboratory.

Clinical experience in a radiology or medical imaging facility under the supervision of a certified ARRT Radiologic Technologist. Participation will consist of observation, assistance and performance. Total of 108 hours of laboratory.

Clinical experience in the radiology department of an affiliated hospital or medical imaging facility under the supervision of an ARRT certified radiologic technologist. Emphasis on fluoroscopic studies, mobile C-arm studies, and trauma studies. Health physical, background check, drug test, and cardiopulmonary resuscitation (CPR) certification is required. Intended for students enrolled in Radiologic Technology Program. Designed to meet The Joint Review Committee on Education in Radiologic Technology (JRCERT) accreditation standards. Participation will consist of observation, assistance, and performance. Total of 240 hours of laboratory.

Advanced course with the prime objectives of understanding the principles and skills of the radiologic technologist in an affiliated hospital. Emphasis on testing techniques, resume building and preparation for national board certification. Total of 36 hours lecture.

Clinical experience in a radiology or medical imaging facility under the supervision of a certified ARRT Radiologic Technologist. Participation will consist of observation, assistance and performance. Total of 243 hours of laboratory.

Clinical experience in a radiology or medical imaging facility under the supervision of a certified ARRT Radiologic Technologist. Participation will consist of observation, assistance and performance. Total of 243 hours of laboratory.

Clinical experience in a radiology or medical imaging facility under the supervision of a certified ARRT Radiologic Technologist. Participation will consist of observation, assistance and performance. Total of 486 hours laboratory.

Clinical experience in a radiology or medical imaging facility under the supervision of a certified ARRT Radiologic Technologist. Participation will consist of observation, assistance and performance. Total of 407 hours laboratory.

Clinical experience in affiliated hospitals as an extension of and related to classroom instruction, and application of disease and injury changes. Emphasis on features of conditions in X-ray examinations. Nine weeks. Total of 18 hours lecture and 351 hours laboratory.

Participation in research projects including experience in clinical practice settings, practical laboratory assignment, lecture attendance, literature review and community projects. Total of 54 hours laboratory.

Technical and procedural aspects of mammography including radiation protection, quality assurance, breast anatomy, pathology, physiology, image critique, positioning and mass localization and biopsy procedures. Interpret MQSA guidelines. This course prepares the student to take ARRT exam and/or State of California exam upon completion of required exams and course completion. Total of 54 hours lecture.

Principles of computed tomography, including data acquisition, image reconstruction, image display system, image recording system, and image storage system. Patient Care and Safety. Quality assurance, quality control and other aspects of CT, and basic concepts of Spiral and Helical scanning. Image formation, manipulation and 3D reconstruction. Total of 54 hours lecture.