Cost Elimination Techniques Flashcards

(37 cards)

1
Q

Top-down approach

A

top-down uses historical data from similar projects.

best used when alternatives are being developed

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2
Q

Bottom-up approach

A

bottom-up is more detailed and works best when the details concerning the desired output has been clarified

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3
Q

Example 1 top-down approach

A
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4
Q

Example 2 Bottom-up approach

A
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5
Q

the integrated cost elimination approach has 3 major components

A

1 Work break down structure (WBS)

2 Cost and revenue structure

3 Estimating techniques

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6
Q

Work breakdown structure (WBS)

A
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7
Q

Work breakdown structure list of steps

A
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8
Q

Work Breakdown structure

  • contains a list of activities for a project derived from
  • WBS helps in
A
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9
Q

WBS Formats

A
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10
Q

WBS Activity levels

A
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11
Q

WBS how much detail do you need

A
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12
Q

other characteristics of WBS

A
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13
Q

Creating a WBS

A
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14
Q

Example of a phase-based approach

A
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15
Q

example of a product-based approach

A
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16
Q

example of a function-based approach

17
Q

Example of a WBS construction Project

18
Q

The integrated cost elimination cost has three major components

A
  • Work breakdown structure
  • Cost and revenue structure
  • Estimating techniques
19
Q

Categories of costs and revenues that are typically needed in engineering economics

20
Q

Estimating techniques

21
Q

the level of detail and accuracy of estimates depends on

22
Q

the models can be used in many types of estimates

A

1 index’s

2 unit technique

3-factor technique

23
Q

indexes formula

24
Q

indexing cost of a boiler example

25
Pause and solve 1
26
Example for multiple items
27
the unit technique
28
the unit technique example
29
the factor technique
30
the factoring technique example
31
parametric cost estimating
32
the power sizing technique
33
pause and solve 2
34
the learning curve and repetitive production
35
learning curve formula
36
learning curve example
37
cost estimating relationship