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Course Criteria
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2.00 Credits
Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Prereq: GCM 1013. Fundamental and advanced concepts of engineering: framework of economic analysis, equivalence, interest factors, payments, annuities, and rates; equivalent uniform annual cost, present worth, internal rate of return, pay-off, and comparative analysis. Evaluation of alternative manufacturing engineering projects: mutually exclusive, and/or independent. (Y)
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2.00 Credits
Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Prereq: GCT 2012. Study of the links between atomic bonding, crystal structure, imperfections, phases, processing and the resulting properties and performance (mechanical, physical, electrical, thermal, optical, magnetic) of the four classes of engineering materials: metals and alloys; ceramics and glasses; polymers; and composites. Inspection, testing, and heat treatment (including diffusion-based mechanisms) are related to materials and respective applications. Degradation/corrosion mechanisms and appropriate counter measures (including coatings) are related to materials and their applications. Life cycle analysis and materials selection (including economics) are covered through case studies and projects. (Y)
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1.00 Credits
Prereq: GCT 1112. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Foundation of knowledge in the area of machining processes. Mechanics behind material removal processes, single- and multi-point tool operations, theory of metal cutting and chip formation, cutting forces, power and energy analysis, thermal analysis, tools and inserts, surface finish and surface integrity, and economic considerations. (Y)
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2.00 Credits
Prereq: GCT 3152, GCS 3132. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Foundation of knowledge in the area of materials forming processes. Material behavior and temperature in metal forming, strain rates and work hardening, effects of friction and lubrication, bulk deformation processes, rolling and forging analysis, extrusion, wire and bar drawing, sheet metal working including cutting operations, bending, and tool and die design. (Y)
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2.00 Credits
Prereq: GCS 3311, GCS 3214. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introduction to computer numerical controls and linear systems, mathematical foundations for control systems, time domain techniques, frequency domain techniques, PID controls, case studies and projects. (Y)
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4.00 Credits
Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Prereq: GCE 3111, GCE 3461, GCL 3013. Implementation of advanced theories. Students design manufacturing systems, solve production problems through application of advanced analysis tools, and analyze impact of new operational models on system management. (Y)
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1.00 Credits
Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Prereq: GCE 2462. Depreciation accounting for capital goods procured for manufacturing operations. Income tax consequences for various accounting methods and the analysis of investment opportunities in manufacturing processes where information on likely outcomes is either imperfect or incomplete. Development of comprehensive case study comprising data collection, analysis, interpretation and conclusions. (Y)
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3.00 Credits
Prereq: GCT 3131. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Theory and practice of the important joining techniques, product design for ease of assembly, modeling and analysis of assembly systems, and an introduction to robotics. Fasteners, welding processes, line balancing issues, errors and error propagation in assembly systems and the kinematics of robots. (Y)
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3.00 Credits
Prereq: GCS 3132. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Principles, methods and analysis of tool design. Applications to the metal cutting industry. Cost, metal cutting, and clamping force analysis as required to maintain part tolerances and to provide analytical tools for fixture optimization. Designs for stamping and forming tools are introduced as well as computer aided design procedures. (Y)
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3.00 Credits
Prereq: GCE 3314; GCE 3111. Open only to students in Focus:HOPE/Greenfield Coalition B.S.M.F.T. Program. Introduction to plant location theory and analysis of models of facilities design; models for determining plant size and time phasing. Design of manufacturing, warehouse and material handling facilities. Use of heuristic, analytic, and computer-aided methods in the facilities design process. (Y)
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