188 Industrial Methods Technicians and Inspector Technicians are specialized fields of the machine tool technician program. By deleting Industrial Drafting 41, 33 and 34 from the Industrial Technician program and including limited electives from the following machine tool courses, a student may fill the requirements for either of these specialized technican fields: Machine Tool 11, 12, 17, 19, 21, 26, 30—inspection, quality control, cost estimating, production control, time study, methods analysis, organization and management. ♦♦For students who have completed only one unit, of high school algebra, or for those who need applied mathematics determined by the entrance tests. ♦Students who complete the technician program and wish to make arrangements for a four-year curriculum in machine tool technology leading to a B.S. Degree must have completed Mathematics 1, 4, 3. 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 Freshman Year A. W. S. Engineering 40, 41, Engineering Problems and Information, Slide Rule 1 1 English 1, 2, 3, Basic Communications 3 3 3 Industrial Drafting 22, 23 3 3 Engineering 3, Descriptive Geometry 3 Machine Tool 2, 3, Machine Shop for Engineers and Technicians - 4 4 4 Mathematics 4, 3, 10, College Algebra, Trigonometry, Plane Analytical Geometry Ill 17 17 16 Sophomore Year A. Humanities 1 & 2 _ 3 Health Education 1, Personal Health Machine Tool 10, 11, 12, Manufacturing Processes, Inspection, Quality Control 4 Mathematics 7, 8, 9, Calculus 5 Physics 7, 8, 9 5 17 W. 3 4 5 5 17 S. 4 5 5 16 189 COURSES OF INSTRUCTION Machine Tool Technology 1. Machine Tool. Training in tool sharpening, elementary training on Engine Lathe. Reading and study assignments on lathe operation. Application of mathematics to machine tool problems. One lecture, three laboratory periods. Four quarter hours. Fall. Staff 2. Machine Tool. Advanced lathe operation problems, bench work, job layout and elementary drill press operation. Reading and study assignments in lathe work, drill press and job layout. Applied mathematics, precision machining and measurement stressed. One lecture, three laboratory periods. Four quarter hours. Winter. Staff 8. Machine Tool. Introductory work on milling machine and shaper. Reading and study assignments of application and importance of these machines as basic machines in industry. Applied mathematics and machining processes of these machines studied. One lecture, three laboratory periods. Four quarter hours. Spring. Staff 4. Machine Tool. Advanced milling work, spiral milling, gearing profiling, cam work, use of various attachments in doing special jobs. Reading and study problems to give student, a more complete understanding of machining processes on the milling machine and contour sawing is introduced. One lecture, three laboratory periods. Four quarter hours. Autumn. Staff 5. Machine Tool. A study of grinding principles and practices as they apply to surface grinding, cylindrical grinding, form grinding, centerless grinding, tool and cutter grinding and grinding work on a lathe: One lecture, three laboratory periods. Four quarter hours. Winter. Staff 6. Machine Tool. A study of tool making including jig and fixture fabrication, tool and dies for punch press work, setting up and tooling for various production jobs included. One lecture, three laboratory periods. Four quarter hours. Spring. Staff 7. Machine Tool. Inspection procedures. Mechanical surface inspection, comparison measurements and hardness testing, destructive, non-destructive testing. Three lectures and demonstrations. Three quarter hours. Winter. Staff 8. Machine Tool. Bispection procedures. A continuation of Machine Tool 7. One lecture, two laboratories. Three quarter hours. Spring. Staff