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Course Criteria
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3.00 Credits
Spring An introductory course in data communications and teleprocessing. Topics include: data communications concepts, fundamentals of data transmission, and an appreciation of networks and networking. Prerequisite: TLMG 100, Principles of Telecommunications I
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3.00 Credits
Fall An intermediate course in data communications covering the latest service offerings of the common carriers in the United States. Students will become familiar with the rapidly growing range and complexity of network configurations. Prerequisite: TLMG 120, Introduction to Data Communications
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3.00 Credits
Spring A continuation course in networks and network configurations including such state-of-the-art topics as data communications networks, packet switching networks, fiber optic networks, packet switching formats, X.25 protocol, LANs, WANs and data transmission facilities, both public and private. Prerequisites: TLMG 120, Introduction to Data Communications; TLMG 210, Networks I-LANS.
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3.00 Credits
Spring An advanced course in the application of management techniques and equipment to maximize the utilization of the in-place or proposed telephone system. Emphasis will be placed on the roles of office personnel in system management and operation; and present and new information processing technologies such as integrated data/voice transmission, voice mail, electronic mail, call accounting, shared tenant services, resale of services and facilities and other emerging technologies. Case studies of large and small applications will be extensively utilized to feature the people impact as well as hard/soft dollar cost evaluations. Prerequisite: TLMG101, Principles of Telecommunications II.
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4.00 Credits
Spring This course provides students with the experience needed to identify innovative telecommunications applications in a wide variety of business, public service and residential environments, as well as to see how new telecommunications services are an important infrastructure component in city, state, and national planning. What are the new telecommunications applications? How do they create value? What are the opportunities for strategic investment? How can telecommunications investment be evaluated? And what is the likely future for U.S. telecommunications now that the divestiture of AT&T is behind us? These are the types of questions this course will provide answers to. Prerequisites: TLMG 101, Principles of Telecommunications II; TLMG 120, Introduction to Data Communications; TLMG 210, Networks I-LANS. Corequisites: TLMG 220, Telephone System Management Techniques; TLMG 211, Networks IIWANS.
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3.00 Credits
Fall Lab fee will be required. This course helps the student gain the ability and confidence he or she needs to perform the radiographic examinations he or she will be expected to handle in the clinical setting; consideration will be given to the positioning of the appendicular skeleton, and the structures and organs of the abdomen and chest. Corequisite: XRAY 106, Clinical Education I.
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3.00 Credits
Fall This course provides the student with a thorough understanding of the basic and essential factors influencing radiography and their direct effect upon the quality of a radiograph. Radiation Physics and radiographic techniques will be considered in this course. Corequisites: XRAY 102, Radiographic Positioning I; XRAY 106, Clinical Education I.
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4.00 Credits
Fall Lab fee will be required. This course provides the student with a practical learning experience in all phases of basic radiologic technology by active participation in radiology departments of area hospitals and in classroom lecture. If a student's clinical performance is unsatisfactory or if at any time the student's clinical performance compromises the safety of the patient, the student will be terminated from the program. NOTE: The student is given either a pass or fail grade for this course with no quality point awarded. Open to matriculated Radiologic Technology students only. Corequisite: XRAY 102, Radiographic Positioning I; XRAY 104, Radiographic Exposure-Physics I.
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2.00 Credits
Fall This course will provide an introduction to the physics and instrumentation that make nuclear medicine and molecular imaging possible. It will explain how atomic and nuclear processes are harnessed using electronic instrumentation to provide information about the biological process within the body. The course will also provide an overview of nuclear medicine imaging systems and techniques as well as the measures used to assure image quality and patient safety. Prerequisite: XRAY 114, Radiographic Exposure Physics II or with permission of instructor or Medical Imaging Department Chairperson.
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2.00 Credits
Spring This course provides an introduction to the science that allows humans to benefit from the use of ionizing radiation in nuclear medicine. Radiation interactions within tissue and the biological effects caused by such interactions also will be presented. The course will explain the techniques used to maintain radiation doses as low as reasonably achievable and regulatory structure used to limit doses to the technologists and the public. Prerequisite: XRAY 114, Radiographic Exposure Physics II or with permission of instructor or Medical Imaging Department Chairperson.
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