Introduction of success
The future success of a manufacturing enterprise is likely to be determined by the speed and efficiency with which it incorporates new technologies into its operations. The process that is currently used to engineer, or re-engineer, manufacturing systems is often ad hoc. Computerized tools are used on a very limited basis. Given the costs and resources involved in the construction and operation of manufacturing systems, the engineering process must be made more scientific. Powerful new computing environments for engineering manufacturing systems could help achieve that objective.
What is computer-aided manufacturing system engineering (CAMSE)? In much the same way that product designers need computer-aided design systems, manufacturing and industrial engineers need sophisticated computing capabilities to solve the complex problems and manage the vast data associated with the design of a manufacturing Hublot Replica Watches system. CAMSE may be defined as: The use of computerized tools in the application of scientific and engineering methods to the problem of the design and implementation of manufacturing systems.
The goal of this engineering process is to find the best solution to a problem, a factory or subsystem implementation, given a specific set of requirements and constraints. What is the scope of this problem? Engineers must address the entire factory as a system and the interactions of that system with its surrounding environment. Component elements of the factory system include:
The physical plant or buildings which house the manufacturing facility.
The production facilities which perform the manufacturing operations.
The technologies used in the production facility, processes, methods, and techniques which are used to manufacture the products.
The work centers/stations, machinery, equipment, tools, and materials which comprise or are used by the production facilities.
The various support facilities and systems which move and store materials, handle manufacturing by-products and waste, manage information resources, maintain machinery and information systems, and support other needs of factory personnel.
The staff organization and mechanisms which are instituted to operate and maintain the manufacturing facility.
The interface between the factory and its environment, movements of goods and materials, human access to the facility, links to utilities, and the controls on various forms of environmental impact.
Manufacturing system engineering must not only be concerned with the initial design and engineering of the factory, it must also address enhancements and other modifications over time. A CAMSE environment should support standard engineering methods and problem-solving techniques, automate many mundane tasks, and provide critical technical reference data to support the decision-making process. The environment should be Replica Breitling Watches designed so as to help engineers become more productive and effective in their work. The environment could be implemented on a high performance personal computer or engineering workstation that has been configured with appropriate peripheral devices.
Engineering tool developers will have to integrate the functions and data that are used by a number of different disciplines, for example: Manufacturing engineering, Industrial engineering, Plant engineering, Materials processing, Environmental engineering, Mathematical modeling/ simulation, Quality engineering, Statistical process control, Economic and cost analysis, Computer science, Management science.
Most of the methods, formulas, and data associated with these technical areas currently remain embedded in engineering handbooks. Although some computerized tools are available, they are often very specialized, difficult-to-use, and do not share information or work together. Engineering tools built by different vendors is must made plug-compatible through appropriate open systems architectures and interface standards.
What is computer-aided manufacturing system engineering (CAMSE)? In much the same way that product designers need computer-aided design systems, manufacturing and industrial engineers need sophisticated computing capabilities to solve the complex problems and manage the vast data associated with the design of a manufacturing Hublot Replica Watches system. CAMSE may be defined as: The use of computerized tools in the application of scientific and engineering methods to the problem of the design and implementation of manufacturing systems.
The goal of this engineering process is to find the best solution to a problem, a factory or subsystem implementation, given a specific set of requirements and constraints. What is the scope of this problem? Engineers must address the entire factory as a system and the interactions of that system with its surrounding environment. Component elements of the factory system include:
The physical plant or buildings which house the manufacturing facility.
The production facilities which perform the manufacturing operations.
The technologies used in the production facility, processes, methods, and techniques which are used to manufacture the products.
The work centers/stations, machinery, equipment, tools, and materials which comprise or are used by the production facilities.
The various support facilities and systems which move and store materials, handle manufacturing by-products and waste, manage information resources, maintain machinery and information systems, and support other needs of factory personnel.
The staff organization and mechanisms which are instituted to operate and maintain the manufacturing facility.
The interface between the factory and its environment, movements of goods and materials, human access to the facility, links to utilities, and the controls on various forms of environmental impact.
Manufacturing system engineering must not only be concerned with the initial design and engineering of the factory, it must also address enhancements and other modifications over time. A CAMSE environment should support standard engineering methods and problem-solving techniques, automate many mundane tasks, and provide critical technical reference data to support the decision-making process. The environment should be Replica Breitling Watches designed so as to help engineers become more productive and effective in their work. The environment could be implemented on a high performance personal computer or engineering workstation that has been configured with appropriate peripheral devices.
Engineering tool developers will have to integrate the functions and data that are used by a number of different disciplines, for example: Manufacturing engineering, Industrial engineering, Plant engineering, Materials processing, Environmental engineering, Mathematical modeling/ simulation, Quality engineering, Statistical process control, Economic and cost analysis, Computer science, Management science.
Most of the methods, formulas, and data associated with these technical areas currently remain embedded in engineering handbooks. Although some computerized tools are available, they are often very specialized, difficult-to-use, and do not share information or work together. Engineering tools built by different vendors is must made plug-compatible through appropriate open systems architectures and interface standards.
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Introduction of success
