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Show Technology Manufacturing Engineering Technology 102. Five 3-hour labs a week. A 252. Principles of Gas Fusion (5) Current developments in the oxyacetylene welding process; research and experimental work involved in a new industrial technique. Five lectures. A 253. Advanced Arc Welding Processes (5) Principles and applications of advanced arc welding; weldability of ferrous and the non-ferrous metals, design, and cost estimating; inspection and testing. Field trips to Utah's leading industrial areas. Prerequisites: Welding 103-104. Five 3-hour labs a week. W 255. Testing and Inspection (5) Industrial tests and inspection required to meet industrial standards. Prerequisite: Manufacturing Engineering Technology 236. Two lectures and three 3-hour labs a week. S 260. Electric Arc Welding Processes (3) A basic course of principles and practices in electric arc welding. Latest advancements, research studies of industry of alloy welding is included. One lecture and two 3-hour labs a week. S 261. Oxyactylene Welding Processes (3) A basic course of principles and practices of oxyacetylene welding. Current advancements and developments in the various facets of modern uses of the oxyacetylene welding processes is included. One lecture and two 3-hour labs a week. W 365. Advanced Welding Processes (2) A composite of arc and acetylene welding for students in related fields. Two research papers on advanced fabrication and design are required. Two 3-hour labs a week. AWS WELDING (Example Only) Freshman Courses Credits Welding 101, 103, 105 15 Welding 102, 104, 106 15 Related Tech. Education 101 4 English 3 Health Education 100 2 Machine Tool 127 3 Welding 115 2 Engineering Graphics 115 3 47 Sophomore Year Courses Credits Welding 251, 253, 255 15 Welding 252 5 Mfg. Eng. Tech. 236 4 Engineering Graphics 117 2 Auto Service 140 3 Psychology 101 3 Elective 5 Economics 101 5 Physical Education 3 45 MANUFACTURING ENGINEERING TECHNOLOGY PROGRAM This curriculum is designed to give the student fundamental comprehension of and basic skill in the planning and selection of the methods of manufacturing, the design of tooling and equipment for manufacturing, the selection and treatment of materials used in manufacturing, and in the use of computers in manufacturing. In application of these skills the manufacturing engineer will perform such tasks as process layout, development of process sheets, plant layout, equipment specification and installation, tool design, methods development, value analysis, cost reduction and production control, and a certain amount of interplay with product designers. Department MajorIn addition to the general requirements, the following courses must be completed with a "C" grade or better to qualify for the bachelor of science degree in Manufacturing Engineering Technology: Manufacturing Engineering Technology 121, 122, 123, 132, 236, 240, 244, 246, 301, 302, 303, 450, 451, 452, 453, 456, 457, 499; Industrial Engineering Technology 330, 331, 332, 334, 342; Electronic Engineering Technology 341, 343; Welding 260, 261. Manufacturing Engineering Technology 465, 466 and 467 must be completed on a credit/no-credit basis. COURSES OF INSTRUCTION 121, 122. Fundamental Machine Tool Processes I. II (5-5) Theory and principles of modern machine tool operation including work layout, machine setup, speeds and feeds, and use of precision measuring instruments. Two lectures, three 3-hour labs a week. A W 123. Machine Tool Performance (5) Cutting, tool geometry, cutting tool materials, coolants, cutting forces, surface finishes and tool efficiency studied for the fundamental machine tool operations. Two lectures and three 3-hour labs a week. Prerequisites: Manufacturing Engineering Technology 122, Related Technical Education 117. S 132. Inspection Methods (3) Basic principles and application of surface plate inspection, including care and use of measuring instruments. One lecture and two 3-hour labs a week. A W 218 Technology Manufacturing Engineering Technology 233. Tool and Gage Inspection (3) Inspection and calibration of inspection tools and gages: basic principles of gaging. Prerequisite: Manufacturing Engineering Technology 132. One lecture and two 3-hour labs a week. W 236. Physical Metallurgy <4) Principles of physical properties, composition, constituents, heat' treatment and testing of metals. Prerequisite: Chemistry 111. Three lectures and one 3-hour lab a week. W 240. Manufacturing Processes (3) Fundamental principles of manufacturing processes. Three lectures. Prerequisite: Chemistry 111 and 112. S 244. Numerical Control in Manufacturing (3) N/C advantages, costs, applications, manual programming. Prerequisite: Machining experience. Related Technical Education 115. Two lectures, one lab. A 245. Numerical Control Programming (2) Computer Programming of numerically controlled machine tools using the autospot language. Prerequisite: Manufacturing Engineering Technology 244. Two lectures. W S 246. Numerical Control Programming (3) Computer Programming for numerically controlled machines using AD-APT language. Prerequisite: Manufacturing Engineering Technology 244. Three lectures. W S 247. Numerical Control Programming (3) Computer Programming or numerically controlled machines using APT (Automatic Programmed Tools) language. Prerequisites: Manufacturing Engineering Technology 246, Related Technical Education 117. Three lectures. \V S 257. Machine Tool Processes for Technicians (3) Machining operations and principles in the use of machine tools. One lecture and two 3-hour labs a week. W S 265. Basic Statistical Quality Control (2) Statistical fundamentals and their application to control charts and acceptance sampling. Two lectures. AWS 301, 302, 303. Tool Design I, II, III (3-3-3) Design of special tools, gages, jigs, fixtures, molds, dies and their application in the production of manufacturers parts. Prerequisites: Manufacturing Engineering Technology 123; Physics 111: Engineering Graphics 144. One lecture and two 3-hour labs a week. AWS 450. Statistical Quality Control (4) Application of statistical techniques as applied to quality control charts in manufacturing: statistical approach to acceptance sampling. Prerequisite: Related Technical Education 117. Four lectures. W 451. Production and Inventory Control (3) Forecasting: control of materials; the planning scheduling, routing, dispatching functions of production control. Prerequisite: Related Technical Education 117. Three lectures. A 452. Process Analysis (4) Analysis of product to develop and coordinate a feasible and economical plan of manufacturing. To include the preparation of processing documents and the selection of tooling and equipment needed to carry out the plan. Prerequisites: Manufacturing Engineering Technology 303: Industrial Engineering Technology 342. Four lectures. A 453. Cost Estimating (3) Designed to train people to make satisfactory cost estimates of various manufacturing processes. Prerequisite: Manufacturing Engineering Technology 452. Three lectures. W 456. Supervision Principles (3) Understanding of basic company, supervisor and operator objectives and responsibilities, and their relationships to each other; case problem approach. Three lectures. W 457. Production Management (4) The fundamental areas of methods, work measurement, production planning, inventory control, plant layout, quality control, and production costs are examined for relationship to each other for practical applications. Prerequisites: Manufacturing Engineering Technology 453. Four lectures. S 458. Value Engineering, Philosophies and Concepts (3) The reduction of avoidance of costs through value analysis techniques. Prerequisites: Manufacturing Engineering Technology 452. Three lectures. W 465, 466, 467. Manufacturing Planning I, II, III (2-2-2) An integrated approach to the analysis of a specified manufactured product for the purpose of developing the total manufacturing plan from the design phase to the finished product. Prerequisites: Industrial Engineering Technology 332, 334, 342; Manufacturing Engineering Technology 303. Two planning sessions a week. AWS 499. Seminar in Manufacturing (2) Directed studies in the application of new materials and new processing concepts to manufacturing and study of current production problems. Prerequisite: Consent of instructor. Conferences as needed. S MANUFACTURING ENGINEERING TECHNOLOGY (Example Only) Freshman Courses Credits Mfg. Eng. Tech 121, 122, 123 15 Engineering Graphics 135, 144 7 Related Tech. Education 114, 115, 117 15 Mfg. Engineering Technology 132 3 English 101, 102, 103 9 Physical Education 1 Health Education 100 2 52 Sophomore Courses Credits Chemistry 111, 112 10 Physics 111, 112. 113 12 Ind. Eng. Tech. 330, 332 10 Mfg. Eng. Tech. 236. 240 7 Elec. Eng. Tech. 341 5 Welding 261 3 Tech. Ed. 118 5 52 219 |
