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Show Sophomore Botany 1,2 General Botany 5 5 Botany 60 Local Flora 5 Chemistry 1, 2, 3 or 24, 25, Chemistry ~ 5 5 5 26 Geology 1 General Geology 5 Area Requirements Electives 6 6 2 16 16 17 Junior Zoology 164 Entomology 4 Biology 140 General Ecology 4 Zoology 167 or 168 Mammals or Ornithology (4) or 4 Bacteriology 1 General Microbiology 5 Geography 1 Environmental Geography 5 Physics 1 Survey of Physics 5 Electives Selected 6 6 7 15 16 15 Senior Biology 170 Organic Evolution 4 Zoology 165 or 166 Ichthyology or Herpetology (5) or 5 Zoology 190 Seminar 111 Electives Selected 14 10 10 15 15 16 ZOOLOGY TEACHING MAJOR The same courses are required for the teaching major as for the departmental major, except that education courses necessary for certification are to be substituted for electives. Certain other courses are advised by the department head. Department of X-Ray Technology Professor Sheldon P. Hayes (Adviser); Dennis Y. Kida , John L. Merrill*, Russell L. Nichols*, John F. Stucki*, J. Allen Tanner* Weber College, in affiliation with the Thomas D. Dee Memorial Hospital, conducts a college-hospital X-Ray Technology program designed to train professionally qualified personnel in X-Ray procedures. The course is 24 months in length. Classes required for college graduation are given on campus while X- Ray training is provided in the hospital. Time is divided approximately equally between the two institutions. Successful completion of the program will prepare the student for an Associte in Science degree by the College as well as qualify him to take the certifying examination of the American Society of X- Ray Technicians. Courses of Instruction I. Radiological Office Procedures Medical ethics and records of entering patients, work schedules, and personnel supervision. One lecture a week. A (1). Tanner 3. Dark Room TechniquesDeveloping and processing X- Ray films. One lecture and one three-hour laboratory a week. A (2). Kida 5. Applied Technological TheoryX-Ray theory with correlation of practical application. Two lectures and one three- hour laboratory a week. W (3). Nichols, Kida 6. Radiological Positioning Terminology, body planes and patient placement of the upper extremities. Four three- hour laboratory periods each week. W (3). Nichols, Stucki, Kida 7. Radiological PositioningContinuation of X-Ray Technology 6. Emphasis on trunk. Four three-hour laboratory periods each week. S (3). Nichols, Stucki, Kida 8. Radiological PositioningContinuation of X-Ray Technology 6. Emphasis on lower extremities, our three-hour laboratory periods each week. S (3). Nichols, Stucki, Kida 9. Radiological PositioningSimilar to X-Ray Technology 7. Emphasis placed upon respiratory system. Four three-hour laboratory periods each week. S (3). Nichols, Stucki, Kida 10. Radiological PositioningSimilar to X-Ray Technology 7. Emphasis placed upon digestive system. Four three-hour laboratory periods each week. S (3). Nichols, Stucki, Kida II. Radiological Positioning Situating patients for X- Rays of the excretory and reproductive systems. Four three-hour laboratory periods each week. A (3). Nichols, Stucki, Kida |
