WEBER COLLEGE FOR CHEMICAL AND METALLURGICAL ENGINEERING SOPHOMORE YEAR Engineering 4, 5, 6 Mathematics 7, 8, 9 Physics 4, 5, 6 Mineralogy 1 Geology 1 Chemistry 7, 8, 9 FOR COMMERCIAL ENGINEERING SOPHOMORE YEAR Engineering 4, 5, 6 Engineering 7 (Kinematics) Engineering 8 (Materials of Engineering) Mathematics 7, 8, 9 Physics 4, 5, 6 Geology 1 Physical Education FOR GEOLOGICAL AND MINING ENGINEERING SOPHOMORE YEAR Engineering 4, 5, 6 Mathematics 7, 8, 9 Physics 4, 5, 6 Mineralogy 1, 2 Geology 1 Physical Education Electricity (Semi-Professional) For students seeking employment with Telephone and Power Companies. FRESHMAN YEAR Engineering 20, 21, 22 Engineering 1 Mathematics 12, 3 English 1, 2 English 44 Commercial Law Physical Education and Hygiene 1 WEBER COLLEGE MATHEMATICS 10. Analytic Geometry. This course is designed for those engineering students who have completed Mathematics 3 and 4 or 4 and 12, but who are not prepared to take Mathematics 6. Five quarter hours. MATHEMATICS 12. A Survey Course in Mathematics. A unified course, dealing with the essential parts of trigonometry, algebra, analytic geometry, and calculus. It is primarily designed for those students who desire an adventure into the interesting and cultural aspects of mathematics without plodding through the more rigorous and intensified courses. It is also intended for students in need of further training in mathematics but who find it difficult. Prerequisites, one year high school algebra and plane geometry. Five quarter hours. Engineering ENGINEERING 1. Mechanical Drawing. A lecture and text book work on the use and care of drawing instruments. Simple geometric problems, drawing to scale, orthographic drawings. Special emphasis is placed on free hand lettering. Three quarter hours. ENGINEERING 2. Descriptive Geometry. The principles and problems relating to orthogonal projections of the point, line, plane, cylinder, cone, double-curved surfaces of revolution, and warped surfaces. Prerequisite, Engineering 1. Three quarter hours. ENGINEERING 3. Descriptive Geometry. The continuation of Engineering 2. Prerequisite, Engineering 2. Three quarter hours. ENGINEERING 4. Surveying. Steel tape measurements, ranging lines, measuring angles, compass surveys, transit surveys, differential leveling, profile and cross section work, curves, grades, topographic, city surveying, including computations and platting. Prerequisites, Engineering 1, Mathematics 3. Two quarter hours. ENGINEERING 5. Surveying. Continuation of Engineering 4. Prerequisite, Engineering 4. Two quarter hours. ENGINEERING 6. Surveying. Continuation of Engineering 5. Prerequisite, Engineering 5. Two quarter hours. ENGINEERING 7. Kinematics. Deals with nature of mechanics; method of transmitting motion in machines, contact mechanism, friction gearing, gear teeth, cams, link-work, belts, ropes and chains, trains of mechanism. Lectures and drawings. Prerequisites, Engineering 1, Mathematics 3 and 5. Three quarter hours. ENGINEERING 8. Materials of Engineering. Properties and uses of the various grades of steels and alloys, wood, brick, cement, glass, plaster, concrete, and building stones. Three quarter hours. ENGINEERING 19. Electrical Drafting. Drafting of circuits, lettering, tracing and arrangements of electrical drawings. Prerequisite, Engineering 1. One quarter hour. ENGINEERING 20. Applied Electricity. An elementary study of direct currents and direct current machinery. This course is designed primarily for those students who wish to gain a working knowledge of electricity and help prepare them for a job with an electric or power company 036_page 70-71 upon the completion of our two year electrical course. Laboratory work in electrical shops alternating with class work. Prerequisite, high school physics or equivalent. Four quarter hours. ENGINEERING 21. Applied Electricity. Continuation of Engineering 20; also a study of alternating currents and alternating current machinery. Prerequisite, Engineering 20. Four quarter hours. ENGINEERING 22. Applied Electricity. Continuation of 21. Four quarter hours. ENGINEERING 23. Electric Machinery (Dynamo). The principles and operations of various types of motors and generators. Laboratory work in electric plants alternating with class work. Prerequisite, Engineering 22. Four quarter hours. ENGINEERING 24. Electric Machinery (Dynamo). Continuation of Engineering 23. Four quarter hours. ENGINEERING 25. Electric Machinery (Dynamo). Continuation of Engineering 24. Four quarter hours. ENGINEERING 30. Wiring for Light and Power. Underwriters requirements for installation of electrical equipment. Laboratory work with power and light companies alternating with class work. Four quarter hours. Mechanic Arts MECHANIC ARTS 1. Principles of Automobile Construction and Operations. Four quarter hours. MECHANIC ARTS 2. Principles of Automobile Construction and Operation. Four quarter hours. MECHANIC ARTS 3. Automobile Care and Maintenance (Special). This course is designed especially for short term students who wish to learn enough about the care and operation of the automobile to enable them to make their own minor repairs and adjustments. Oils, lubrication, valve grinding, bearing cutting, fitting of piston rings will be taken up along with many other problems the average owner has to be familiar with if he is going to do his own repairing and care for his car properly. Four quarter hours. MECHANIC ARTS 4. Automobile Repair. Prerequisites, Mechanic Arts 1 and 2. Four quarter hours. MECHANIC ARTS 11. Elements of Electricity and Magnetism. A study of magnets, magnetism and the elementary principles of electricity. It includes a study of the units of electricity, their governing laws, power measurements, induction, electro magnets, sizes of wires and their carrying capacity, dry cells and their application to the automotive industry. Four quarter hours. MECHANIC ARTS 12. Ignition, Lighting, and Carburetion. This course is designed especially for short term students who wish to WEBER COLLEGE learn enough about the electrical apparatus of the automobile to enable them to locate and care for electrical troubles and make minor repairs. It will include a study of spark plugs, high and low tension coils, ignition timing, high and low tension magnitos, battery ignition system, care of testing of batteries, and adjusting the charging rate of generators. Four quarter hours. MECHANIC ARTS 14. High and Low Tension Magnetos. A study of high and low tension magnetos as to design, construction, and operation. Prerequisite, Mechanic Arts 11. Four quarter hours.