4GI - Review

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Across
  1. 4. Distributing work evenly across production stations.
  2. 9. The use of consistent procedures and requirements.
  3. 10. The most unfavorable possible situation.
  4. 14. Solution A proposed way to solve a design problem.
  5. 16. Finding the most effective way to perform a process.
  6. 18. A technique for preventing mistakes.
  7. 19. The time required to complete one production cycle.
  8. 21. (VSM) A tool for identifying value and waste in a process.
  9. 23. Sequences of workstations used to manufacture products.
  10. 24. Connected element working together toward a common goal.
  11. 25. The goods or results produced by a system.
  12. 28. The degree to which a product meets requirements.
  13. 30. The material, labor, time, energy, and equipment used in production.
  14. 37. Networks Systems used to move materials within a facility.
  15. 38. Achieving desired results at a reasonable cost.
  16. 43. Time when workers or machines are not performing productive work.
  17. 44. A stage that limits the speed of an entire process.
  18. 45. Designing a system beyond its actual requirements.
  19. 46. A philosophy of continuous improvement.
  20. 48. The purpose or role of a component or system.
  21. 49. The arrangement of departments, machines, and work areas.
  22. 50. Any activity that does not add value.
  23. 51. Detailed requirements a product or system must meet.
  24. 52. The proportion of products that fail to meet requirements.
  25. 53. Extra capacity provided to reduce the risk of failure.
  26. 55. The movement of products through manufacturing stages.
  27. 56. Reference goals used to compare performance.
  28. 57. Procedures used to check whether products meet requirements.
  29. 58. A series of steps that transform inputs into outputs.
  30. 59. A ratio used to provide a margin against failure.
  31. 60. An approach that uses extra precautions for reliability.
Down
  1. 1. Events that slow down or interrupt manufacturing.
  2. 2. Time spent waiting for a task, resource, or process to become available.
  3. 3. Changes made to make a process more effective or efficient.
  4. 5. Force acting on a structure or component.
  5. 6. An approach that maximizes value by reducing waste.
  6. 7. A diagram showing the steps of a process.
  7. 8. The resources used to produce an output.
  8. 11. Changes intended to increase output relative to resources used.
  9. 12. An estimate of available money and planned expenses.
  10. 13. Measurable indicators used to monitor performance.
  11. 15. A method for organizing and maintaining an efficient workplace.
  12. 17. Planned maintenance performed to reduce the risk of equipment failure.
  13. 20. The field that improves systems, processes, and productivity.
  14. 22. The amount of output produced relative to the input used.
  15. 26. Activities that keep equipment working or restore its operation.
  16. 27. The process of converting raw materials into finished products.
  17. 29. Individual parts of a larger system.
  18. 31. Achieving results while minimizing resource use.
  19. 32. The principle that anything that can go wrong may go wrong.
  20. 33. The sequence in which tasks are performed.
  21. 34. Facility used to store materials and products.
  22. 35. Rule designed to prevent accidents and injuries.
  23. 36. The management of material storage, movement, and delivery.
  24. 39. Maintenance performed to repair a fault or restore equipment.
  25. 40. Organized arrangements for manufacturing products.
  26. 41. Limitations that affect a project or process.
  27. 42. A document describing a project’s objectives and requirements.
  28. 47. Employees who are temporarily unable to perform productive tasks.
  29. 54. Equipment Effectiveness (OEE) A metric measuring equipment availability, performance, and quality.