Manufacturing Engineering (ME)

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Presentation transcript:

Manufacturing Engineering (ME) Purpose Responsibilities Coordination A variety of approaches Personnel Training 1

ME: Principles 1 Precision Contamination Accuracy (stop watch exercise) Tolerance Contamination Standardization and Interchangeability 2

ME: Principles 2 Continuity Synchronization Efficiency Flexibility Redundancy Synchronization Efficiency Flexibility Experimentation and Testing 3

ME: Facility Siting Technical requirements Design Implementation Transportation Storage Legal Proximity Technical requirements Utilities and Access Design Implementation 4

ME: Quality Assurance Purpose Total quality management Inspection and sampling Statistical process control 5

ME: Equipment Tools and Machinery Tooling Materials Handling Safety Testing and Measuring Other 6

ME: Common Types of Tooling Jigs & fixtures Patterns & templates Gages Other 7

ME: Concepts in Tooling Registration Accumulation of tolerances Effects of wear and fatigue Vectors Chip removal Other 8

ME: Tooling Purpose Design Installation Evaluation Maintenance Alternatives 9

ME: Materials Handling Engineering Storage Transport Inventory Safety 10

ME: Transport Equipment Gravity Fed Hoppers Tubes and Rails Pressurized Pipelines Motorized Conveyors Lifts AGVs 11

ME: Inventory Parameters Tracking systems 12

ME: Impacts of Manufacturing on Design Design for Manufacture Design for Assembly Rapid Prototyping Near Net Shape Processing Other 13

ME: Workstation Design Human Requirements Physical Needs Anthropometrics and Limitations Ergonomics Worker Safety Special needs Social and Psychological Needs 14

ME: Maintenance Engineering Scheduled maintenance Unscheduled maintenance Scheduled upgrades Service contracts 15