OCR Text |
Show peening, and metal finishing are included. Two or three quarter hours. Winter. Staff 7. WeldingArc and Acetylene. Principles and practices of oxyacetylene welding and cutting, lead burning, grazing, silver-soldering, and sheet metal welding. Two quarter hours. Winter. Larson 8. WeldingArc and Acetylene. A continuation of 7. Principles and practices of welding, tubing, pipe, stainless steel, aluminum, duraluminum, chrome, molybdenum, and other alloys using arc and acetylene equipment. Two quarter hours. Spring. Larson 11. Plastics. A course designed to acquaint the student with the new and important groups of plastic materials now being produced and to teach them the fundamentals necessary to work with plastics, using hand and machine operations. Two quarter hours. Spring. Staff 21. Mill and Joinery. Basic training for the student preparing to enter the carpentry trade and also for a student desiring a knowledge of woodwork for his own needs. Includes processes in hand and machine tool care, use, and operation. Two to five quarter hours. Autumn, Winter. Best 22. Mill and Joinery. A continuation of 21. Two to five quarter hours. Winter. Best 23. Mill and Joinery. A continuation of 22. Two to five quarter hours. Spring. Best DEPARTMENT OF MACHINE TOOL TECHNOLOGY C. B. Larson The curriculum in machine tool operation and machinery processes prepares the student for employment after completion of two years of training. Machine Tool Operations CURRICULUM Course Description Credit Basic English 81 English Essentials 3 Requirements Health Educ. 1 Personal Hygiene 2 Mathematics 81 Applied Mathematics 5 Orientation 11 Freshman Orientation 2 Phys. Education 3 approved activities 3 Major Field Mach. Shop 51-56 Shop Practice 30 Requirements Mach. Shop 61-66 Trade Technical 30 Related Mathematics 82 Applied Geometry 4 Requirements Mathematics 83 Applied Trigonometry 4 Tech. Educ. 92-94 Mechanical Drawing 6 Tech. Educ. 88 Welding 2 Recommended Economics 21 Indust. Econ. Prob. 3 Electives Sociology 21 Social Relationships 3 Tech. Education 81 Vocational Science 3 Tech. Education 84 Industrial Safety 3 Tech. Education 86 Basic Tool Processes 2 Machine Tool Technology The machine tool technology is designed for the student who desires to continue his education in a senior institution in tool and die or tool engineering. CURRICULUM Course Description Credit Basic English 1,2,3 Basic Communications 9 Requirements Health Education 1 Personal Hygiene 2 Engineering 40, 41 Orientation for Eng. 2 Phys. Education 3 approved activities 3 Major Field Machine Shop 51-56 Shop Practice 30 Requirements Machine Shop 61-66 Trade Technical 30 Educational Engineering 1, 2, 3 Engineering Drawing 9 Requirements Mathematics 1 Interm. Algebra 5 Mathematics 3 Trigonometry 5 Mathematics 4 College Algebra 5 Mathematics 10 Analytic Geometry 5 Speech 1 Basic Speech 3 Tech. E. 88,88a Welding G COURSES OF INSTRUCTION Shop Practice 51. Elementary Machine Practice. Designed for those who have little or no machine shop training. Shop discussions and demonstrations are given in all fundamentals of lathe operation, such as tool grinding, setting up apparatus, chucking work, center drilling, facing, rough and finish turning, shoulder turning, radial and fillet forming, knurling, threading, drilling, boring, reaming, taper turning. Safety precautions are stressed in all phases. Bench work, layout and elementary drill press work are included. Two to five quarter hours. Autumn. Larson 52. Machine Operation. Continuation of Machine Shop 51. More advanced lathe work, bench work, machining of some repair parts, blind boring, acme and square threads, use of cat head, spider, steady rest and follower rest. Job layout and precision machining stressed. Two to five quarter hours. Winter. Larson 53. Machine Processes. (Shaper and Milling Machine). Introductory work on shaper and milling machine. Metal Sawing. Two to five quarter hours. Spring. Larson 54. Machine Processes. Metal sawing, tool and die, punch press operation, jigs and fixture fabrication. Two to five quarter hours. Autumn. Larson 55. Production Operation. With the use of jigs and fixtures on milling machine, shaper, lathe and grinders. Production methods are used acquainting students with production speed. Field trips are sponsored to observe work done in industry. Two to five quarter hours. Winter. Larson |