Functional Management

Case Study Report

1 . Sketch the normal process flow, we. e., the operations popular among most instructions. The standard buying process can be illustrated as follows. 1 . Estimate the cost

1 . Estimate the price

3. Order

4. Composed the detail

4. Wrote the depth

Bruce

Altmyer

Bruce

Altmyer

Edward

Plummer

Edward

Plummer

Customer

Client

2 . Consumer bid

2 . Customer wager

7. Directed the formula

7. Directed the formula

5. Dispatched the order

5. Delivered the order

Blueprint

Blueprint

Factory

Factory

order

7. Directed the

order

7. Sent the

David

Flahetry

David

Flahetry

PurchaseAgent

PurchaseAgent

6. Insight into

the sign

6. Insight into

the sign

Factory

purchase

Factory

2 . What orders will you schedule within the CNC drill? On the CNC router? We can calculate the board size for which time taken by manual labor drilling and profiling means the time used by CNC Drill (for drilling) and COMPUTER NUMERICAL CONTROL Router (for profiling) 1) Drilling

Formula: 29+ (0. 080*500*Q) = 240+ (0. 004*500*Q)

Consequently , Q=5. ninety two

As a result, for the board size greater than and equal to 6th, using COMPUTER NUMERICAL CONTROL machine would have less creation time than manual drilling.

2) Profiling

Equation: 50+ (1. 0*Q) = 150+ (0. 5*Q)

Therefore , Q=200

Thus, for the board size greater than 2 hundred, using COMPUTER NUMERICAL CONTROL Router may have less development time than punch press.

3. Presume a normal method flow: Just how many a few minutes per board are needed to produce an order of 8 signal boards; of 40 outlet boards; of 120 routine boards; of 800 signal boards?

Operation| Standard Period (Min. )| Production Timeaccording to the number of the boards| | Setup| Run| 8| 40| 120| 800

PREPARATION| | | | | |

Artwork Generation| 29| 0. 000| 29. 0| 29. 0| 29. 0| 29. 0| Inspect & Sheer| 20| 0. 500| 20. 5| 22. 5| 27. 5| 70. 0| Punch Tooling Holes| 10| 0. 500| 10. 5| 12. 5| 17. 5| 60. 0| IMAGE TRANSFER| | | | | |

Drill| | | | | |

Manual| 15| zero. 080| 335. 0| 1615. 0| 4815. 0| 32015. 0

COMPUTER NUMERICAL CONTROL Drill| 240| 0. 004| 256. 0| 320. 0| 480. 0| 1840. zero

Metallization| 10| 0. 750| 10. 8| 13. 8| 21. 3| 85. 0

Dry Film Photoresist| | | | | |

1 . Panel Prep| 5| 0. 200| a few. 2| six. 0| eight. 0| 25. 0

2 . Laminate & Expose| 20| 2 . 000| 22. 0| 30. 0| 50. 0| 220. 0| 3. Develop| 20| zero. 200| twenty. 2| 21 years old. 0| twenty-three. 0| forty. 0

Electroplate| 25| almost eight. 500| thirty-three. 5| 67. 5| 152. 5| 875. 0

Tape DFPR| 5| 0. 200| 5. 2| 6. 0| 8. 0| 25. zero

Etch & Tin Strip| 10| zero. 200| 15. 2| eleven. 0| 13. 0| 30. 0| FABRIFICATION| | | | | |

Solder mask| 45| 1 . 500| 46. 5| 52. 5| 67. 5| 195. 0

Solder Dip| 30| 0. 500| 30. 5| 32. 5| 37. 5| 80. zero

Profile| | | | | |

Punch Press| 50| 1 . 000| 58. 0| 90. 0| 170. 0| 850. zero

CNC Router| 150| 0. 500| 154. 0| 170. 0| 210. 0| 550. 0

Examine, Test, Pack| 45| 1 . 500| 57. 0| a hundred and five. 0| 240. 0| 1245. 0

5. What is the capacity utilization of procedures such as COMPUTER NUMERICAL CONTROL drill, COMPUTER NUMERICAL CONTROL router, and artwork generation? The plant overall? What seem to be bottlenecks? Truly does exhibit a couple of reveal whatever else about Donner's operations? In line with the Exhibit5, the amount of operating days was 21days. Assuming the 8hours job per day, the entire labor hour on Sept. 2010 can be 168 hours. The Utilization is worked out dividing several hours per assets by 168hours.

Operation| Standard

Time (Min. )| September's Total

Common Production| Utilization

| Setup| Run| Setup| Run| Hours|

PREPARATION| | | | | |

Artwork Generation| 29| 0. 000| 1, 450| 0| twenty four. 2| 14. 4%| Inspect & Sheer| 20| zero. 500| one particular, 200| 360| 26. 0| 15. 4%| Punch Tooling Holes| 10| 0. 500| 600| 360| 16. 0| 9. 5%| IMAGE TRANSFER| | | | | |

Drill| | | | | |

Manual| 15| 0. 080| 765| 37, 440| 636. 8| 379. 0%

CNC Drill| 240| zero. 004| a couple of, 160| on the lookout for, 650| 196. 8| 117. 1%|...