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  1. Utility:

  2. Time Utility:

  3. Place Utility:

  4. Ownership (possession) Utility:

  5. Form Utility:

  6. Production (operations) Management:

  7. Production Process:

  8. Analytic Process:

  9. Synthetic Process:

  10. Continuous Process:

  11. Intermittent (job&-shop) Process:

  12. Routing:

  13. Forecasts:

  14. Capacity:

  15. Industrial Park:

  16. Process:

  17. Product Layout:

  18. Assembly Line:

  19. U&-Shaped Production Line:

  20. Flexible Manufacturing:

  21. Methods Improvement:

  22. Fixed&-Position Layout:

  23. Customer&-Oriented Layout:

  24. Master Production Schedule:

  25. Production Control:

  26. Follow Up:

  27. Materials Management:

  28. Standardization:

  29. Holding Costs:

  30. Lead Time:

  31. Inventory Control:

  32. Supplier Selection:

  33. Just&-In&-Time (JIT) Production System:

  34. Material Requirements Planning: (MRP)

  35. Bill of Materials:

  36. Manufacturing Resource Planning: (MRP II)

  37. Gantt Chart:

  38. PERT (Program Evaluation Review Technique):

  39. Critical Path:

  40. Quality Control:

  41. Mechanization:

  42. Automation

  43. Soft Automation Systems:

  44. Hard Automation:

  45. Dispatching:

  46. Robotics:

  47. Computer&-Integrated Manufacturing:

  48. Computer&-Aided Design (CAD)

  49. Computer&-Aided Manufacturing: (CAM)

  50. Decision Support Systems: (DSS)

Papers

Producing Goods

Utility:

A product's ability to satisfy a human want.

Time Utility:

The satisfaction created when a product is made available at the time that consumers want it.

Place Utility:

The satisfaction created when a product is made available at a place that consumers want it.

Ownership (possession) Utility:

The satisfaction treated by ownership of a product.

Form Utility:

The satisfaction created through the conversion raw materials into finished goods.

Production (operations) Management:

The systematic direction and control of the processes that transform resources into finished goods.

Production Process:

The set of methods and technology used in the production of a good.

Analytic Process:

A production process in which resources are broken down into components.

Synthetic Process:

A production process in which raw materials are combined to create a finished product.

Continuous Process:

A production process in which the product moves through the plant in a fairly smooth, straight, and continuous manner.

Intermittent (job&-shop) Process:

A production process in which the product flows through the plant in a stop&-and&-go fashion and through a seemingly scattered arrangement of equipment and departments.

Routing:

The unique set of steps required to produce a product.

Forecasts:

Estimates or predictions about the future.

Capacity:

In legal terms, the mental competence that is necessary for an individual to enter into a binding contract [662] or the amount of a good that a company can produce under normal working conditions.

Industrial Park:

A planned site created by a city to attract new industry. These sites come with the necessary disposal outlets already in place.

Process:

layout A way of organizing production activities such that equipment and people are grouped together according to their function.

Product Layout:

A way of organizing production activities such that the resources being processed move through a fixed smooth sequence of steps to become finished goods.

Assembly Line:

A type of product layout in which a partially finished product moves through a plant on conveyer belts or other equipment, often in a straight line.

U&-Shaped Production Line:

A type of product layout in which machines and workers are placed in a narrow U shape rather than in a straight line.

Flexible Manufacturing:

A type of manufacturing system that allows businesses to respond rapidly when demand changes or when new products must be introduced into the marketplace quickly.

Methods Improvement:

A technique that identifies and eliminates the wasted operations in a production process by examining each step of production in close detail.

Fixed&-Position Layout:

A way of organizing production activities such that labor, materials, and equipment are brought to the location where the work is done. 

Customer&-Oriented Layout:

A way of organizing production activities such that the interactions between a firm's customers and its services are enhanced.

Master Production Schedule:

A schedule showing which products will be produced, when production will take place, and what resources will be used in the coming months.

Production Control:

The managing and monitoring of production performance.

Follow Up:

In production control, checking to ensure that &-production decisions are being implemented.

Materials Management:

The planning, organizing, and controlling of the flow of materials from design through distribution of finished goods.

Standardization:

The use of standard and uniform components, where possible, in the production process.

Holding Costs:

The costs of keeping extra supplies or inventory on hand.

Lead Time:

The time between placing an order and receiving shipment of that order.

Inventory Control:

The receiving storing, handling, and counting of all resources partly finished goods, and finished goods; the part of warehouse operations that keeps track of what is on hand and ensures that an adequate supply of a product is in stock at all times.

Supplier Selection:

The process of finding suppliers and determining which ones to buy from.

Just&-In&-Time (JIT) Production System:

A production method that brings together all materials and parts needed at each stage of production at the precise moment that they are required.

Material Requirements Planning: (MRP)

A method of production control in which a bill of materials is used to ensure that the right amounts of materials are delivered to the right place at the right time in the production process.

Bill of Materials:

A "recipe" for the production of a batch of a good that specifies the necessary ingredients (raw materials and components the order in which they should be combined and how many of each ingredient are needed to make one batch of the product.

Manufacturing Resource Planning: (MRP II)

An advanced version of MRP that ties together all parts of an organization into the company production activities.

Gantt Chart:

A diagram laying out the steps to be performed in the production process and the time required to complete each step.

PERT (Program Evaluation Review Technique):

A method of diagramming the steps in a large project along with the projected time to complete each step, taking into account both the sequence and the critical path of those steps.

Critical Path:

The sequence of steps whose timing is crucial to completing a project on time. Any delay in any activity on the critical path will delay the entire project.

Quality Control:

The management of the production process so as to manufacture goods or supply services that meet specific quality standards.

Mechanization:

The process of using machines to do work previously done by people.

Automation:

The process of performing mechanical operations with either minimal or no human involvement.

Soft Automation Systems:

Automation systems that use machines that are adaptable enough to perform several functions.

Hard Automation:

A form of automation in which each machine is dedicated to performing just one specific function.

Dispatching:

The issuing of work orders for the production of a particular item.

Robotics:

The construction, maintenance, and use of computer&-controlled machines in manufacturing operations. 

Computer&-Integrated Manufacturing:

(CIM) computer systems that drive robots and control the flow of materials and supplies in production. CIM can also manage material requirements planning and just&-in&-time production systems.

Computer&-Aided Design (CAD)

Computer analysis that allows users to create a design and simulate conditions to test the performance of the design, all within the computer. Also called compuler&-aided engineering (CAE).

Computer&-Aided Manufacturing: (CAM)

Computer systems used to design and control the equipment needed in the manufacturing process.

Decision Support Systems: (DSS)

computer systems used to help managers consider alternatives when making decisions on complicated problems.