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Management in Manufacturing System Presentation Transcript
1.Management in Manufacturing System
2.Outline the importance of production and operations management.
Explain the roles of computers and related technologies in production.
Identify the factors involved in a plant location decision.
Explain the major tasks of production and operations managers.
Explain the roles of computers and related technologies in production.
Identify the factors involved in a plant location decision.
Explain the major tasks of production and operations managers.
3.The Americans and the Japanese decided to engage in a competitive boat race.
4.Afterwards the American team was discouraged by the loss. Morale sagged.
5.The Japanese team had eight people rowing and one person steering;
6.the consultant firm concluded that too many people were steering and not enough were rowing on the American team
7.Four steering managers, three area steering managers, and a new performance review system for the person rowing the boat to provide work incentive.
8.Production: Application of resources such as people and machinery to convert materials into finished goods and services.
Production and Operations Management: Managing people and machinery in converting materials and resources into finished goods and services.
Production and Operations Management: Managing people and machinery in converting materials and resources into finished goods and services.
9.A vital function is necessary for generating money to pay employees, lenders, and stockholders.
Effective production and operations management can:
lower a firm’s costs of production.
boost the quality of its goods and services.
allow it to respond dependably to customer demands.
enable it to renew itself by providing new products.
Effective production and operations management can:
lower a firm’s costs of production.
boost the quality of its goods and services.
allow it to respond dependably to customer demands.
enable it to renew itself by providing new products.
10.Robots – reprogrammable machines capable of performing routine jobs and manipulating material
Computer-Aided Design and Manufacturing – enables engineers to design parts and buildings on computer screens faster and with fewer mistakes.
Flexible Manufacturing Systems – a production facility that workers can quickly modify to manufacture different products.
Computer-Integrated Manufacturing – integrates robots, computers and other technologies to help workers design products, control machines, handle materials, and control the production function.
11.Oversee the work of people and machinery to convert inputs (materials and resources) into finished goods and services.
Computer-Aided Design and Manufacturing – enables engineers to design parts and buildings on computer screens faster and with fewer mistakes.
Flexible Manufacturing Systems – a production facility that workers can quickly modify to manufacture different products.
Computer-Integrated Manufacturing – integrates robots, computers and other technologies to help workers design products, control machines, handle materials, and control the production function.
11.Oversee the work of people and machinery to convert inputs (materials and resources) into finished goods and services.
12.Choose what goods or services to offer customers.
Convert original product ideas into final specifications.
Design the most efficient facilities to produce those products.
Convert original product ideas into final specifications.
Design the most efficient facilities to produce those products.
13.Process layout groups machinery and equipment according to their functions.
Facilitates production of a variety of nonstandard items in relatively small batches.
Facilitates production of a variety of nonstandard items in relatively small batches.
14.A fixed-position layout places the product in one spot, and workers, materials, and equipment come to it.
15.Make, Buy, or Lease Decision
Choosing whether to manufacture a needed product or component in-house, purchase it from an outside supplier, or lease it.
Factors in the decision include cost, availability of reliable outside suppliers, and the need for confidentiality.
Selection of Suppliers
Based on comparison of quality, prices, dependability of delivery, and services offered by competing companies.
Choosing whether to manufacture a needed product or component in-house, purchase it from an outside supplier, or lease it.
Factors in the decision include cost, availability of reliable outside suppliers, and the need for confidentiality.
Selection of Suppliers
Based on comparison of quality, prices, dependability of delivery, and services offered by competing companies.
16.Inventory Control
Perpetual inventory
Vendor-managed inventory
Just-in-Time Systems
Improving profits and return on investment by minimizing costs and eliminating waste through cutting inventory on hand.
Materials Requirement Planning
Computer-based production planning system by which a firm can ensure that it has the correct materials for production.
17.Production control creates a well-defined set of procedures for coordinating people, materials, and machinery.
Planning
Routing
Scheduling
Dispatching
Follow-up
Perpetual inventory
Vendor-managed inventory
Just-in-Time Systems
Improving profits and return on investment by minimizing costs and eliminating waste through cutting inventory on hand.
Materials Requirement Planning
Computer-based production planning system by which a firm can ensure that it has the correct materials for production.
17.Production control creates a well-defined set of procedures for coordinating people, materials, and machinery.
Planning
Routing
Scheduling
Dispatching
Follow-up
18.A good or service free of deficiencies.
Poor quality can account for 20% loss in revenue.
Benchmarking is the process of analyzing other firms’ best practices.
Quality control is measuring goods and services against established quality standards.
Many companies evaluate quality using the Six Sigma concept.
A company tries to make error-free products 99.9997% of the time, a tiny 3.4 errors per million opportunities.
Poor quality can account for 20% loss in revenue.
Benchmarking is the process of analyzing other firms’ best practices.
Quality control is measuring goods and services against established quality standards.
Many companies evaluate quality using the Six Sigma concept.
A company tries to make error-free products 99.9997% of the time, a tiny 3.4 errors per million opportunities.
19.International Organization for Standardization (ISO) - mission is to promote the development of standardized products to facilitate trade and cooperation across national borders.
Representatives from more than 146 nations.
ISO 9000 series of standards sets requirements for quality processes.
Nearly half a million ISO 9000 certificates have been awarded to companies around the world.
ISO 14000 series also sets standards for operations that minimize harm to the environment.
Representatives from more than 146 nations.
ISO 9000 series of standards sets requirements for quality processes.
Nearly half a million ISO 9000 certificates have been awarded to companies around the world.
ISO 14000 series also sets standards for operations that minimize harm to the environment.
20.1. WU, B., and HUANG, K. C., 1998, An extended evaluation scheme for manufacturing strategy formulation. Proceedings of the 3rd International Conference — Managing Innovative Manufacturing (MIM’98), University of Nottingham, UK.
2. WU, B., and HULL, R., 1997, A task-centred methodology to support an integrated and open computer-aided manufacturing systems design environment. Proceedings of International Conference on Manufacturing Automation, Hong Kong.
2. WU, B., and HULL, R., 1997, A task-centred methodology to support an integrated and open computer-aided manufacturing systems design environment. Proceedings of International Conference on Manufacturing Automation, Hong Kong.
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