64 WEBER COLLEGE - OGDEN, UTAH WEBER COLLEGE - OGDEN, UTAH 65 16. Engineering Problems. A study of practical engineering problems solved by coordinating the use of algebra, trigonometry, calculus and physics. Methods of computation include the use of logarithms, slide-rule, and calculating machines. Prerequisites: Mathematics 8 and Physics 5. Two quarter hours. Spring. Staff 18. Mechanics of Engineering. A study of statics, resultants of force systems, moment of inertia, and principles of statics. Prerequisite: Mathematics 8. Four quarter hours. Spring. Staff 21. Elements of Electrical Engineering. A study of direct current principles and machines. Open to engineering and terminal students on approval of instructor. Two quarter hours. Spring. Littlefield 31. Farm Motors. A course concerned with the principles, operation, care and repair of internal combustion engines and electric motors. Three recitations and two laboratories a week. Five quarter hours. Winter. Staff 35. Irrigation and Drainage. A study of the principles and practices of irrigation and drainage, emphasizing the relation of soils and crops to irrigation, measurement of water, duty of water, irrigation of common crops, methods of irrigation, design of farm ditches, and essentials of farm drainage. Three quarter hours. Autumn. (See Agriculture 5.) Staff 35a. Irrigation and Drainage Laboratory. A course designed to accompany Engineering 35. One laboratory period a week. One quarter hour. Autumn. (See Agriculture 5a.) Staff 38. Irrigation Practice. A study of sources and conveyance of irrigation water, farm pumping plants, water measurements, preparation of land for irrigation, soil properties, and plant characteristics in relation to irrigation alkali, duty of water, and irrigation efficiencies. Three lectures, and one laboratory period a week. Four quarter hours. Autumn. Staff 40. Introductory Lectures. Orientation course designed for engineers. Specialists are invited in to discuss with students the opportunities and qualifications in their various fields. Visual education and other technical information supplement these discussions. One lecture a week. One-half quarter hour. Autumn. (See Orientation 40.) Stevenson 41. Introductory Lectures. A continuation of Engineering 40. One lecture a week. One-half quarter hour. Winter. (See Orientation 41.) Stevenson CIVILIAN PILOT TRAINING PROGRAM Ground School. The ground school course consists of the following four divisions, with the number of clock hours for each as indicated: meteorology, 24 clock hours; navigation, 24 clock hours; civil air regulations, 18 clock hours; and flight operations, 6 clock hours. The course is usually completed in a twelve-week period. Five quarter hours. Flight Training. The flight training course consists of actual flying experience, both dual and solo, leading to a private pilot's license. This experience deals with the study of taxiing, take-offs and landings, coordination exercises, stalls, spins, figure-eights, and other precision maneuvers. The training must be taken concurrently with the ground school. One quarter hour. 4a. Surveying. A course planned to give practice in handling surveying instruments, leveling, traversing, mapping practice for various kinds of surveys, retracing of section lines and public land surveys. Office practice is included in this course. Designed for foresters. One lecture and two field periods a week. Three quarter hours. Autumn. Littlefield 5. Surveying. A continuation of Engineering 4. One lecture and one laboratory period a week. The laboratory work consists of office practice, dealing with the problems of land-areas, cross-sectioning, earth work volumes, polar-planimeter operation, and map projection. Pre requisite: Engineering 4. Two quarter hours. Winter. Littlefield 5a. Surveying. A continuation of 4a. Designed for foresters. One lecture and two laboratory periods a week. Three quarter hours. Winter. Littlefield 6. Surveying. A continuation of Engineering 5. One lecture and one laboratory period a week. Prerequisite: Engineering 5. Two quarter hours. Spring. Littlefield 6a. Surveying. A continuation of Engineering 5a. Designed for foresters and civil engineers. One lecture and two laboratory periods a week. Three quarter hours. Spring. Littlefield 7. Kinematics. A course dealing with the nature of mechanics; methods of transmitting motion in machines, contact mechanisms, friction gearing, gear teeth, cams, link-work, belts, ropes and chains, and trains of mechanism. Prerequisites: Engineering 1, Mathematics 3 and 5. Two lectures and one laboratory period a week. Three quarter hours. Winter. Littlefield 8. Materials of Engineering. A course treating properties and uses of the various grades of steels and alloys, wood, brick, cement, glass, plaster, concrete, and building stones. Three quarter hours. Autumn. Littlefield 10. Pattern Making. A laboratory course in pattern construction, supplemented by illustrated lectures on the principles and foundry applications of the various kinds of patterns. One laboratory period a week. One quarter hour. Autumn. McCormac 11. Machine Shop Methods. A laboratory course dealing with the fundamental operations such as filing, grinding, and laying out of work. One laboratory period a week. One quarter hour. Spring. McCormac 12. Foundry. A laboratory course dealing with sand tempering, mould ramming, core making, together with iron cupola and brass furnace operations. This laboratory work is supplemented by lectures on modern methods of foundry practice. One laboratory period a week. One quarter hour. Winter. McCormac 13. Forge Work. A course concerned with fundamental bench work such as shaping, bending, forge welding, hardening, and tempering. One quarter hour. Spring. McCormac