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Show 61. Machine Production Production problems for students taking the machine tool operation curriculum. To be taken concurrently with Machine Tool 55. Three laboratories. S (3). Staff 62. Inspection MethodsBasic principles and application of surface plate inspection, including care and use of measuring instruments, and accessories; comparison measurement; destructive and non-destructive testing. One lecture and two laboratories. A (3). Staff 63. Tool and Gage InspectionInspection and calibration of inspection tools and gages; basic principles of gaging policy. One lecture and two laboratories. W (3). Staff 64. Optical Tooling InspectionMeasurement with optical tooling. Basic principles of optics and their application in using the various instruments to solve particular problems. One lecture and two laboratories. S (3). Staff 65. Statistical Quality ControlBasic statistical fundamentals and their application to C & R charts; B & C charts; statistical aspects of tolerances; and the basic concepts of probability. Three lectures. AWS (3). Staff 66. Physical Metallurgy Principles of physical properties, composition, constituents, and applied chemistry heat treatment of metals. Three lectures. W (3). Staff 125. Manufacturing Processes Fundamental principles and processes of foundry work, die casting, forming, molding, welding, broaching, methods of assembly, punch press forming, possibilities and application of these processes to fabrication in industrial products. Three lectures. S (3). Staff 126. Special ProblemsA course for high school teachers to give additional training in machine shop methods and practices. Four laboratories. AWS (4). Staff 139. Work SimplificationApplication of job standardization to problems of material handling, equipment layout, business forms and systems in commercial business. Two lectures. W (2). Staff 173. Cost Estimating-Elements of estimating material costs, labor costs, and expenses. Two lectures. W (2). Staff 284 175. Production Planning and Control Pre-production planning of the most economical methods, machine operations and materials for the manufacture of a product. Planning, scheduling, routing, dispatching, and a detailed procedure of production control. PrerequisiteEngineering Technology 171 and Economics 140. W (3). Staff 177. Statistical Methods in Quality Control - Statistical methods of quality control correlated with illustrations from the fields of quality control, process control, and product control; economics of control charts. Prerequisite: Machine Tool 65. One lecture and two laboratories. W (2). Staff 180. Mechanical Vibrations Vibration analysis, balancing, vibration detection. Three lectures. S (2). Staff 185 Tooling MethodsClass project in machining a tool or machine tool of original design involving standard machine tools and student-built jigs and fixtures; assembly and fitting of individual parts. Correlated with production processes. Two lectures and three laboratories. S (5). Staff MACHINE TOOL OPERATION MAJOR (Example Only) Freshman Course Title AWS Machine Tool 1, 3, 5 Machining Processes 5 5 5 Machine Tool 2, 4, 6 Machining Principles 5 5 5 Technical Mathematics 1 Shop Mathematics 5 Drafting 1, 11, 23 Blueprint Reading and Mechanical Drawing 2 2 4 English 8 Applied English 3 Physical Education Selected 1 1 1 Technical Education 3 Industrial Orientation 1 Technical Education 7 Industrial Safety 1 Health Education 1 Personal Health 2 17 18 18 Sophomore Machine Tool 51, 53, 55 Machine Production 2 2 2 Machine Tool 57, 59, 61 Machine Production 3 3 3 Machine Tool 52, 54, 56 Tool Making, Jig and Fixture and Machine Production Principles 5 3 3 Welding 85 Welding Processes 2 Economics 30 Industrial Economics 3 Sociology 41 Social Relations 3 Psychology 51 Industrial Psychology 3 285 |
