Manufacturing

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Across
  1. 5. Selecting the job, breaking it into tasks, identifying hazards, and recommending preventive actions.
  2. 7. A specialist who implements existing technology and applies engineering principles to product improvement and manufacturing.
  3. 8. The process of converting resources into finished products to satisfy human wants or create utility.
  4. 10. A professional who designs equipment and systems, typically holding a B.S., M.S., or Ph.D.
  5. 11. Sharing ideas, concerns, or information with others through verbal or written means.
  6. 15. Occupational Safety and Health Administration, the agency that sets and enforces workplace safety standards.
  7. 16. A plan that describes what you are building, steps to create it, how long each step takes, and needed resources and supplies.
  8. 18. Able to be trusted to complete work correctly, on time, and consistently.
  9. 20. Symbol indicating serious health hazards like carcinogenicity.
  10. 22. A worker who creates machine parts using precision computer equipment and writes programming instructions.
  11. 23. Safety Data Sheet, a document containing important safety information about a chemical or substance.
  12. 25. Emphasis on application and making plans work in technology programs.
  13. 29. A worker with a two-year degree who installs, troubleshoots, repairs, tests, and maintains equipment.
  14. 30. A tangible good ready to sell produced via large-scale machines and manpower.
  15. 31. Computer Numerical Control, machining that uses computers to control machines and cutting tools.
  16. 33. The listing of activities, deliverables, and milestones within a project.
  17. 35. The conversion of raw materials into physical goods or a final product using human resources, machines, and other inputs.
  18. 36. A step-by-step set of instructions.
  19. 37. A person who checks that every product meets the design specifications.
Down
  1. 1. Symbol indicating acute toxicity (fatal or toxic).
  2. 2. A procedure that integrates safety principles into job steps by identifying potential hazards and recommending safest procedures.
  3. 3. Instructions written to perform tasks in a computer.
  4. 4. Emphasis on theory and higher-level mathematics in undergraduate programs.
  5. 6. Inputs in production that may be tangible or intangible.
  6. 9. Symbol indicating irritant or harmful substances.
  7. 12. Use of advanced technology (programming, robots) to make things.
  8. 13. Raw materials that can be seen and handled.
  9. 14. Solving problems or hazards after they happen.
  10. 16. Solving problems or hazards before they happen.
  11. 17. The method/formula used to calculate board feet for lumber (know how to apply the formula).
  12. 19. A standardized process creating interchangeable parts in large quantities at low cost with division of labor and automation.
  13. 21. The potential for harm associated with a condition or activity that can cause injury or illness.
  14. 24. Parts Description, Schedule, Resources, Supplies, Notes.
  15. 26. Acting proactively to improve processes or take charge without being told.
  16. 27. A necessary asset (person, tool, time, finances) that supports execution of a task or project.
  17. 28. Parts Parts manufactured without variation so each fits identically into assemblies.
  18. 32. An error in a software program.
  19. 33. A consumable item used during a project's work, such as nails or lab supplies.
  20. 34. Willing to help, learn new tasks, try new ideas, and adapt to change.