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THE PROJECT SCENARIO: Suppose you have been assigned as the project manager for a project which your company has recently own through a competitive bidding. The winning bid amount was AUD 5.4 million....

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THE PROJECT SCENARIO:
Suppose you have been assigned as the project manager for a project which your company has recently own through a competitive bidding. The winning bid amount was AUD 5.4 million. The client wants to build a manufacturing plant.


The contract includes the following provisions:

X = 0.5*(first digit of your group number + second digit of your group number + 4), rounded down to the nearest integer
Y = 0.5 *(first digit of your group number + second digit of your group number + 2) rounded up to the nearest integer.

A penalty of AUD 300,000 is applicable if your company fails to meet the deadline.


To provide additional incentive for speedy construction, a bonus of $150,000 will be paid to your company if the project is completed within 40 +X*Y weeks.THE PROJECT TASK RELATIONSHIPS:
After analyzing the project activities and discussing with various supervisors, you have been able to identify the following task relationships:
The project starts with the excavation for the foundations.
The foundation for the building can only be laid once the foundation excavation has been finished.
The rough wall can be placed only after the foundation has been laid.
The placement of roof requires the completion of rough wall works.
The start of the exterior plumbing work is dependent on the completion of rough wall work.
Interior plumbing cannot start until the exterior plumbing is complete.
Exterior siding cannot start until the roof is in place.
The start of exterior painting requires the completion of the exterior siding and the exterior plumbing works.
The electrical work can start once the rough wall is in place.
Wall board can be placed only after the interior plumbing and electrical works are complete.
Flooring and interior painting cannot start until the wallboard work is complete.
Exterior fixtures can be installed only after the completion of the exterior painting work.
Interior fixtures cannot be placed until flooring and interior painting are complete.
Installation of interior fixture makes the project ready for handover.ACTIVITY DURATION AND RESOURCE REQUIREMENTS:
From a more detailed analysis of the project activates, you have been able to estimate the duration, costs and resource requirements associated with various activities related to the project. The information obtained from the detailed analyses is given in Table 1 below:
TABLE 1: SUMMARY OF INFORMATION OBTAINED FROM DETAILED ANALYSIS



Normal conditionCrash condition
IDActivity Description








Duration
CostResource/Duration















week
Cost (AUD)


(Weeks)
(AUD)
(Weeks)






(units)




















AExcavate2+X
180, XXXXXXXXXXX280,000









BLay the foundation4 +X
320, XXXXXXXXXXX420,000









CPut up the rough wall10 +X
620, XXXXXXXXXXX860,000









DPut up the roof6 +X
260, XXXXXXXXXXX340,000









EInstall the exterior plumbing4 +X
410, XXXXXXXXXXX570,000









FInstall the interior plumbing5 + X
180, XXXXXXXXXXX260,000









GPut up the exterior siding7 + X
900, XXXXXXXXXXX1020,000









HDo the exterior painting9 + X
200, XXXXXXXXXXX380,000









IDo the electrical work7 + X
210, XXXXXXXXXXX270,000









JPut up the wallboard8 + X
430, XXXXXXXXXXX490,000









KInstall the flooring4 + X
160, XXXXXXXXXXX200,000









LDo the interior painting5 + X
250, XXXXXXXXXXX350,000









MInstall the exterior fixtures2 + X
100, XXXXXXXXXXX200,000









NInstall the interior fixtures6 + X
330, XXXXXXXXXXX510,000









PROJECT TASKS:
Based on the information presented, complete TASKS 1 to TASK 8.





SUBTASKSMARKS
ï‚§Summarize the task relationships in tabular format2
ï‚§Draw an Activity-On-Node (AON) Network diagram based on the activity2

relationships









TASK 2 – ANALYSIS OF NETWORK BY CRITICAL PATH METHOD (CPM) AT NORMAL DURATION OF THE ACTIVITES (8 MARKS)SUBTASKSMARKS
ï‚§ Identify the various paths through the project network and determine the2
duration of each of the paths through the network




ï‚§ Determine the Earliest Start (ES) and Earliest Finish (EF) for each of the activities2



ï‚§ Determine the Latest Start (LS) and Latest Finish (LF) for each of the activities2



ï‚§ Determine the slack for each of the activities1



ï‚§ Identify the critical path1







TASK 3 – ANALYSIS OF NETWORK BY CRITICAL PATH METHOD (CPM) AT FULLY CRASHED DURATION OF THE ACTIVITES (8 MARKS)SUBTASKSMARKS
ï‚§ Identify the various paths through the project network and determine the2
duration of each of the paths through the network




ï‚§ Determine the Earliest Start (ES) and Earliest Finish (EF) for each of the activities2
ï‚§ Determine the Latest Start (LS) and Latest Finish (LF) for each of the activities2
ï‚§ Determine the slack for each of the activities1
ï‚§ Identify the critical path1
TASK 4 - CRASHHING OF THE PROJECT (10 MARKS)
SUBTASKSMARKS
ï‚§ Determine the cost associated with various durations of the project. You6



need to calculate the project cost associated with every week of

reduction from normal condition up to the fully crashed condition.




ï‚§ Summarize the information in tabular format.2



ï‚§ Present the analysis output in a cost vs. duration graph.2








TASK 4 -DECISION ON PROJECT DURATION (3 MARKS)
SUBTASKSMARKS
ï‚§ Analyze and explain whether it would be a sound business decision to try to3



avail the bonus by completing the project within 40 + X*Y weeks.






TASK 6 - RESOURCE ANALYSIS (16 MARKS)
SUBTASKSMARKS
ï‚§ Prepare resource histogram for the earliest start of all the activities under2
normal condition

ï‚§ Prepare resource histogram for the latest start of all the activities under2
normal condition

ï‚§ Level the resources to improve resource utilization and demonstrate the12
improvement by comparing Resource Utilization Factor (RUF) values.




TASK 7 - PROJECT BUDGETING AT NORMAL DURATION OF ACTIVITIES (16 MARKS)
SUBTASKSMARKS
ï‚§ Prepare a time-phased weekly budget for the project for the earliest start2
of all the activities at normal duration of activities.

ï‚§ Prepare a time-phased weekly budget for the project for latest start of all the2
activities at normal duration of activities.

ï‚§ Prepare a time-phased weekly budget for the project for the earliest start2
of all the activities at fully crashed duration of activities.

ï‚§ Prepare a time-phased weekly budget for all the project activities at the2
latest start of all the activities at fully crashed duration of activities.

ï‚§ Prepare a time-phased weekly budget for the project under the resource2
levelled condition at normal duration of activities.

ï‚§ Draw the cumulative project cost vs. time graphs on a single plot under the6
following conditions:

•Earliest start of each of the activities under normal condition

•Latest start of each of the activities under normal condition

•Resource levelled condition under normal condition

•Earliest start of each of the activities under fully crashed condition









TASK 8 – ANALYSIS OF THE PROJECT USING MS PROJECT (10 MARKS)
SUBTASKSMARKS



ï‚§ Analyze the project both under normal condition and fully crashed condition2



using MS Project and draw project Gantt-Charts highlighting the critical

activities.




INSTRUCTIONS FOR THE PROJECT REPORT
You must prepare a professional quality report based on the completed tasks. In the report, include the following elements:

Signed cover page – every member of the group needs to sign the cover page

Executive summary – an executive summary is a short section that summarizes a longer report in such a way that busy management executives can quickly get a very good level or understanding of the content of the report without having to read the complete report.

Table of content

Introduction – introduce the content of the report. Remember that after reading the introduction section, the reader will develop a clear idea and expectation about the full content of the report.

The problem statement – discuss the project scenario in your own words. Discuss the problem you are solving by completing this project.
After reading this section, the reader will have a clear idea about the issues you are addressing. After the reader finishes reading the report, the reader will verify whether he/she got the solutions to the issues discussed in the problem statement section.
Analyses – discuss the tasks you have completed and present the inputs and outputs for each of the tasks in appropriate format. Create sub-sections based on the tasks.

Conclusions and recommendations – draw meaningful conclusions based on the tasks you have completed. While writing the conclusion and recommendation section, you need to keep in mind that your conclusions and recommendations are going to be used by the management of your company in deciding about the further course of actions. Conclusions are main findings of your analyses and your recommendations should be strongly supported by the conclusions you have drawn.

In the report, you are required to number the pages, figures and tables, and prepare a table of content.OVERALL MARK DISTRIBUTION:
Marks on various allocated to various parts of the report are given in Table 4.
My group number is 75.






Answered Same Day Sep 29, 2020

Solution

Meenakshi answered on Oct 07 2020
161 Votes
PROJECT MANAGEMENT REPORT
INTRODUCTION
In this assignment study and analysed a manufacturing plant project . My role is working as a project manager for a project that our company has recently own through a competitive bidding. The winning bid amount was AUD 5.4 million. They provide us contract information about the project as given below:
The contract includes the following provisions:
x = 0.5 *(first digit of your group number + second digit of your group number + 4) rounded up to the nearest integer.
X = 0.5*(7+ 5 + 4)
X=8
Y = 0.5 *(first digit of your group number + second digit of your group number + 2) rounded up to the nearest integer.
Y=0.5*(7+5+2)
X=7
A penalty of AUD 300,000 is applicable if your company fails to meet the deadline . Our company is a construction company. Company has win the bid amount 5.4 million. The client wants to build a manufacturing plant. Company has time frame is given for project completion is 40 week. If we would not completion the project in given time frame, in that condition company pay the penalty 300,000. There are already given the formula . according to this formula we can’t take the X=7 so we put the value x=7. We use the formula and calculate the days. With the help of CPM we calculate week how much time is required for completion the project . we will required 118 week in completion the task.

According to company we should finish the project in 96 week
We complete the task in 118 week
Company given the time frame=96week
22 week is more required to completion the task
If we use the crashed activity than we find out that we reduce only 17 week
Task1
Activity-On-Node (AON) Network diagram based on the activity2    
                14     15 17H
G
D
M
10    12     18        12 13E
C
B
A
                    F
FINISH
15 13 12K
J
I
N
     14 10     13        10                        L
TASK 2 –
ANALYSIS OF NETWORK BY CRITICAL PATH METHOD (CPM) AT NORMAL DURATION OF THE ACTIVITES
PATH        
1) A-B-C-D-G-H-M
10-12-18-14-15-17-10-=96
2 ) A-B-C-E-H-M
10-12-18-12-17-10=79
3 ) A-B-C-E-F-J-K-N
10-12-18-12-13-16-12-14=107
4 )A-B-C-E-F-J-L-N
10-12-18-12-13-16-13-14=108
5) A-B-C-I-J-L-N
10-12-18-15-16-13=98
6)A-B-C-I-J-K-N
10-12-18-15-16-12=97
Critical Path Method
1) A-B-C-E-F-J-L-N
10-12-18-12-13-16-13-14=108
    
Earliest Start (ES) and Earliest Finish (EF) for each of the activities2
Latest Start (LS) and Latest Finish (LF) for each of the activities2
Slack for each of the activities1
    
    
    
    
    Total Float And Free Float Table
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    total float and free float table
    Table
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    earliest
    Time
    latest
    time
    to float
    free float
    independent float
    Activity
    Duration
    start
    finish
    Latest
    FINISH
    slack
    
    
    
    
    
    
    
    
    
    
    
    
    
    0---A
    10
    0
    10
    0
    10
    0
    0
    
    
    A--B
    12
    10
    22
    10
    22
    0
    0
    
    
    B--C
    18
    22
    40
    22
    40
    0
    0
    
    
    C--D
    14
    40
    54
    40
    54
    0
    0
    
    
    D--G
    15
    54
    69
    54
    69
    0
    0
    
    
    C--E
    12
    69
    52
    40
    52
    0
    0
    
    
    E--F
    13
    52
    65
    52
    65
    0
    0
    
    
    G--H
    17
    69
    86
    69
    86
    0
    0
    
    
    H--N
    0
    86
    96
    86
    96
    0
    0
    
    
    I--J
    16
    55
    71
    55
    71
    0
    0
    
    
    J--K
    12
    71
    83
    70
    82
    -1
    0
    
    
    J--L
    13
    93
    94
    94
    108
    1
    0
    
    
    L--M
    10
    94
    108
    94
    108
    0
    0
    
    
    M--N
    14
    52
    69
    69
    86
    17
    0
    
    
    C--I
    15
    40
    55
    40
    55
    
    0
    
    
    
    
    
    
    
    
    
    
    
    
Earliest Start And Finish...
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