unit#10 Rewrite

profileranjithredy
Individualassignment10.docx

Part 1

1) You are providing a review of contractor bids for a component of your upcoming project.  What can be done to determine whether or not a vendor’s bid is reasonable?

To decide whether the vendor's bid is sensible I would check for the following steps:

• The bid ought to be in accordance with the project estimate cost and ought to comply with it

• The temporary worker presenting the bid ought to be genuine and have great reputation

• The bid ought to pursue all the legitimate prerequisites

• The bid ought to be legitimate for the project and should fulfill all of the segments

• The bid should also pursue every one of the terms and conditions referenced for the venture

2) Describe the conditions for which parametric, analogous and bottom up estimation techniques work best, and provide 2 examples in support of each method.

Parametric estimation: It is an estimation of cost, time or risk that is based on a calculation or algorithm. As the name suggests, parametric estimates are based on parameters that define the complexity, risk and costs of a program, project, service, process or activity.

E.g.

 1. A moving company estimates the price of an office move using a base cost and variable cost based on the number of employees and distance. Unique complexities such as moving an air conditioning system is added as a separate cost. This base cost is multiplied by surcharges for moving to a multi-floor premise and working on a weekend.

2. The expense to construct a current shopping complex can be referred and we can add the resources to decrease the time dependent on past information and scientific estimations.

Analogous Estimation: This type of estimation depends on the past historical data as well as the performance of the project team

E.g.

1. In the event that an organization has undertaken advancement of an application and delivered it effectively, this can be utilized for estimation if similar application needs be created

2. For example, if it cost $7,100 to develop a website a few months ago and you are responsible for developing a new similar website, you estimate it to cost $7,100.

Bottom-up Estimation: This type of estimation can be done by breaking the entire project into modules and considering them individually.

E.g.

1. Individual managers must first create their own budgets, referencing past budgets and spending patterns while incorporating cost projections for the upcoming fiscal year. Upper-level managers and executives must then review all the budgets that managers submit, combining them to determine totals.

2.A project which requires high amount of detail and accuracy

3.Why is a cost management plan important?  How does the plan benefit the project manager?

Cost management is the way toward assessing, allotting, and controlling the expenses in a project. It enables a business to anticipate coming costs so as to diminish its odds going over spending plan. It is one of the most important and essential part of the project planning phase and it also effectively serves as a baseline that guarantees that the project cost is kept within the limits of the budget.

Part 2 Budget Estimating (30 points)

Using the same scenario from the previous unit on scheduling, create a time-phased budget for the following project.  Prepare a figure like Exhibit 10.9, CPT 4e, that illustrates the daily and cumulative costs for the resource-leveled project.  

Assume the following hourly rates:

Alcides $45 / hr.

Joan $50 / hr.

AGGREGATION OF PROJECT BUDGET

Duration in Days

Resource

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10

2

Alcides

270

270

6

Joan

200

200

200

200

200

200

2

Alcides

270

270

3

Alcides

270

270

270

10

Joan

200

2

Alcides

5

Joan

4

Joan

2

Alcides

Total for the day

470

470

470

470

200

200

270

270

270

200

Cumulative

470

940

1410

1880

2080

2280

2550

2820

3090

3290

Duration in Days

Resource

D11

D12

D13

D14

D15

D16

D17

D18

D19

D20

2

Alcides

6

Joan

2

Alcides

3

Alcides

10

Joan

200

200

200

200

200

200

200

200

200

2

Alcides

270

5

Joan

200

4

Joan

200

2

Alcides

Total for the day

200

200

200

200

200

200

200

200

200

670

Cumulative

3490

3690

3890

4090

4290

4490

4690

4890

5090

5760

Duration in Days

Resource

D21

D22

D23

D24

D25

D26

2

Alcides

6

Joan

2

Alcides

3

Alcides

10

Joan

2

Alcides

270

5

Joan

200

200

200

200

4

Joan

200

200

200

2

Alcides

270

270

Total for the day

670

670

400

200

270

270

Cumulative

6430

6830

7230

7430

7700

7970

TIME PHASE SCHEDULE

Activity

Time

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

A

2

X

X

B

6

X

X

X

X

X

X

C

2

X

X

D

3

X

X

X

E

10

X

X

X

X

X

X

X

X

X

X

F

2

X

X

G

5

X

X

X

X

X

H

4

X

X

X

X

I

2

X

X

Part 3 Budget Estimating (50 points)

You are the project manager for a process improvement project for Company XYZ.    Prepare a figure like Exhibit 10.9 that illustrates the weekly and cumulative costs for the resource-leveled project. 

Hint: To accomplish this exercise, you’ll need to create a project schedule in MS Excel (or by hand), create resource assignments, assign costs to each resource, and assign the resources to each task.  Some resource leveling will be required. 

In this project, you have 3 employees: Ann, Becky and Clive.  Each person is limited to the amount of time allocated to your project.  Ann and Becky are available 30 hours/week; Clive is available 20 hours/week.  There hourly rates are: Ann: $60/hour; Becky: $35/hour; and Clive: $50/hour.

AGGREGATION OF PROJECT BUDGET

Activity

Duration In weeks

Resource

Week1

Week2

Week3

Week4

Week5

Week6

Week7

1.1.1

3

Becky

1050

1050

1050

1.1.2

1

Ann

1800

1.1.3

2

Clive

1000

1000

1.2.1

2

Ann

1800

1800

1.2.2

2

Becky

1050

1050

1.2.3

1

Ann

1800

1.2.4

1

Clive

1000

1.3.1

2

Clive

1000

1000

1.3.2

4

Ann

1800

1.3.3

3

Becky

1.3.4

3

Becky

1050

1050

1.4.1

2

Becky

1.4.2

2

Clive

1.4.3

2

Ann

1.4.4

2

Clive

1.4.5

2

Clive

Cost per week

3850

3850

1050

2850

2050

3850

3850

Cumulative Cost

3850

7700

8750

11600

13650

17500

21350

Activity

Duration In weeks

Resource

Week8

Week9

Week 10

Week 11

Week 12

Week 13

Week 14

1.1.1

3

Becky

1.1.2

1

Ann

1.1.3

2

Clive

1.2.1

2

Ann

1.2.2

2

Becky

1.2.3

1

Ann

1.2.4

1

Clive

1.3.1

2

Clive

1.3.2

4

Ann

1800

1800

1800

1.3.3

3

Becky

1050

1050

1050

1.3.4

3

Becky

1050

1.4.1

2

Becky

1050

1050

1.4.2

2

Clive

1000

1000

1.4.3

2

Ann

1800

1800

1.4.4

2

Clive

1.4.5

2

Clive

Cost per week

2850

2850

2850

2050

2050

2850

1800

Cumulative Cost

24200

27050

29900

31950

34000

36850

38650

Activity

Duration In weeks

Resource

Week15

Week16

Week 17

Week 18

1.1.1

3

Becky

1.1.2

1

Ann

1.1.3

2

Clive

1.2.1

2

Ann

1.2.2

2

Becky

1.2.3

1

Ann

1.2.4

1

Clive

1.3.1

2

Clive

1.3.2

4

Ann

1.3.3

3

Becky

1.3.4

3

Becky

1.4.1

2

Becky

1.4.2

2

Clive

1.4.3

2

Ann

1.4.4

2

Clive

1000

1000

1.4.5

2

Clive

1000

1000

Cost per week

1000

1000

1000

1000

Cumulative Cost

39650

40650

41650

42650

TIME PHASE SCHEDULE

Activity

Time

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

1.1.1

3

X

X

X

1.1.2

1

X

1.1.3

2

X

X

1.2.1

2

X

X

1.2.2

2

X

X

1.2.3

1

X

1.2.4

1

X

1.3.1

2

X

X

1.3.2

4

X

X

X

X

1.3.3

3

X

X

X

1.3.4

3

X

X

X

1.4.1

2

X

X

1.4.2

2

X

X

1.4.3

2

X

X

1.4.4

2

X

X

1.4.5

2

X

X