EECT054 Engineering Project Management

  • Subject Code :  

    EECT054

  • Country :  

    UK

  • University :  

    Coventry University

Answer:-

Activities Table

Task Name

Duration

Start

Finish

Predecessors

Mittagong Climate Observation Station

100 days

Mon 12-10-09

Fri 26-02-10

 

   Planning Phase

17 days

Mon 12-10-09

Tue 03-11-09

 

      Specifications of Client

2 days

Mon 12-10-09

Tue 13-10-09

 

      Permits

2 days

Wed 14-10-09

Thu 15-10-09

2

      Management of Risk

5 days

Fri 16-10-09

Thu 22-10-09

3

      Estimating cost of Equipment and Insurance

4 days

Fri 23-10-09

Wed 28-10-09

4

      Designing Waterproof Layout

3 days

Thu 29-10-09

Mon 02-11-09

5

      Testing Soil

1 day

Tue 03-11-09

Tue 03-11-09

6

      Milestone 1: Completion of Planning Phase

0 days

Tue 03-11-09

Tue 03-11-09

7

   Resources Phase

24 days

Wed 04-11-09

Mon 07-12-09

 

      Temporary Fencing and Camera Surveillance

2 days

Wed 04-11-09

Thu 05-11-09

8

      24/7 Security Staff

3 days

Fri 06-11-09

Tue 10-11-09

10

      Labours

3 days

Wed 11-11-09

Fri 13-11-09

11

      Selecting supplier of water and electricity

2 days

Mon 16-11-09

Tue 17-11-09

12

      Engineers and Site Managers

3 days

Wed 18-11-09

Fri 20-11-09

13

      Supervisor of Quality Control

4 days

Mon 23-11-09

Thu 26-11-09

14

      Equipment for Construction

5 days

Fri 27-11-09

Thu 03-12-09

15

      Contractors

2 days

Fri 04-12-09

Mon 07-12-09

16

      Milestone 2: Completion of Resources Phase

0 days

Mon 07-12-09

Mon 07-12-09

17

   Preparation Phase

45 days

Tue 08-12-09

Mon 08-02-10

 

      Induction of Safety

2 days

Tue 08-12-09

Wed 09-12-09

18

      Points of Emergency Assembly

3 days

Thu 10-12-09

Mon 14-12-09

20

      Signage of Safety

2 days

Tue 15-12-09

Wed 16-12-09

21

      Checking quality of instrument and equipment

4 days

Thu 17-12-09

Tue 22-12-09

22

      Services and Site amenities

5 days

Wed 23-12-09

Tue 29-12-09

23

      Power Generator for Back-up

3 days

Wed 30-12-09

Fri 01-01-10

24

      Execution Phase

5 days

Mon 04-01-10

Fri 08-01-10

25

      Supervisor for On-site

6 days

Mon 11-01-10

Mon 18-01-10

26

      Building Infrastructures

5 days

Tue 19-01-10

Mon 25-01-10

27

      Setting up Instruments

4 days

Tue 26-01-10

Fri 29-01-10

28

      Functionality Test of Instruments

3 days

Mon 01-02-10

Wed 03-02-10

29

      Installing Ground Water pump

2 days

Thu 04-02-10

Fri 05-02-10

30

      Waterproof Testing

1 day

Mon 08-02-10

Mon 08-02-10

31

      Milestone 3: Completion of Preparation Phase

0 days

Mon 08-02-10

Mon 08-02-10

32

   Completion Phase

14 days

Tue 09-02-10

Fri 26-02-10

 

      Cleaning up site

2 days

Tue 09-02-10

Wed 10-02-10

33

      Removal of Temporary Fence

1 day

Thu 11-02-10

Thu 11-02-10

35

      Installing proper fence

3 days

Fri 12-02-10

Tue 16-02-10

36

      Finalizing and Resetting Security Equipment

3 days

Wed 17-02-10

Fri 19-02-10

37

      Landscaping

2 days

Mon 22-02-10

Tue 23-02-10

38

      Quality Checking of Instruments

3 days

Wed 24-02-10

Fri 26-02-10

39

      Milestone 4: Completion of Project

0 days

Fri 26-02-10

Fri 26-02-10

40

Network Diagram

Understanding the Network Diagram

ES

DUR

EF

Title of The Task

LS

TF

LF

The ES in the network diagram depicts the early start, while the EF refers to the early finish of the activities in the project. The DUR refers to the duration of each activity. Additionally, the LS stands for last finish, TF refers to total float and the LF refers to the late finish of the activities (Bondarenko et al. 2018). The network diagram clearly depicts all these six elements for each of the activities in the project.

Importance of the Network Diagram

The network diagram is an essential part for the project, as it tends to explain the time estimation of the project activities (Soe and Htike 2018). Additionally, the network diagram helps to illustrate the activities of the project by interrelating the tasks with each other from the start of the project until the completion. The network diagram also helps in planning, organizing as well as controlling the schedule of the project. As all the activities of the project are sequentially located therefore, it is very much easy for the project manager as well as the project team in organizing and planning the project in a systematic way (Lee et al. 2018). Additionally, the network diagram proves to be efficient during the process of project execution as all the activities are clearly depicted as per the dependencies of each task.

The network diagram depicts the workflow of the activities of project. Therefore, it is essential for the manager of the project to learn the sequence of the activities of the project. Additionally, in the middle of the execution of project, the network diagram will help in understanding the remaining project, as it is simpler to analyse the remaining activities of the project due to the interdependencies depicted. The network diagram depicts the possibility of compressing a schedule in a project. During the execution of the project, there might be a need to decrease the duration of the remaining project activities, which gets easier with the help of network diagram. At the time of compressing the activities if the project, the network diagram helps in sequencing the activities as well as the project durations and further benefits the manager of the project in compressing the remaining project activities, which needs to be shortened. Additionally, the network diagram depicts the progress of the project (Bond-Barnard, Fletcher and Steyn 2018). As the network diagram displays the activities within the project along with the complete project duration as well as the start and finish date of each activities, therefore the network diagram are considered as the best instrument for determining the progress of the project in project management.

Therefore, it is essential for the manager of the project for utilizing the network diagram for analysing, which activities of the project must be completed on the estimated time and also the activities, which have additional time for completion.

Critical Path Identification

WBS

Task Name

1.1

   Specifications of Client

1.2

   Permits

1.3

   Management of Risk

1.4

   Estimating cost of Equipment and Insurance

1.5

   Designing Waterproof Layout

1.6

   Testing Soil

2.1

   Temporary Fencing and Camera Surveillance

2.2

   24/7 Security Staff

2.3

   Labours

2.4

   Selecting supplier of water and electricity

2.5

   Engineers and Site Managers

2.6

   Supervisor of Quality Control

2.7

   Equipment for Construction

2.8

   Contractors

3.1

   Induction of Safety

3.2

   Points of Emergency Assembly

3.3

   Signage of Safety

3.4

   Checking quality of instrument and equipment

3.5

   Services and Site amenities

3.6

   Power Generator for Back-up

3.7

   Execution Phase

3.8

   Supervisor for On-site

3.9

   Building Infrastructures

3.10

   Setting up Instruments

3.11

   Functionality Test of Instruments

3.12

   Installing Ground Water pump

3.13

   Waterproof Testing

4.1

   Cleaning up site

4.2

   Removal of Temporary Fence

4.3

   Installing proper fence

4.4

   Finalizing and Resetting Security Equipment

4.5

   Landscaping

4.6

   Quality Checking of Instruments

Network Diagram

Figure 2: Network Diagram

(Source: Created by author)

Gantt Chart

Figure 3: Gantt chart

(Source: Created by author)

References:

Bondarenko, S., Lagodienko, V., Sedikova, I. and Kalaman, O., 2018. Application of project analysis software in project management in the pre-investment phase. Journal of Mechanical Engineering and Technology, 9(13), pp.676-684.

Bond-Barnard, T.J., Fletcher, L. and Steyn, H., 2018. Linking trust and collaboration in project teams to project management success. International Journal of Managing Projects in Business.

Lee, C.Y., Chong, H.Y., Liao, P.C. and Wang, X., 2018. Critical review of social network analysis applications in complex project management. Journal of Management in Engineering, 34(2), p.04017061.

Soe, P.H. and Htike, T.M., 2018. Critical path analysis programming method without network diagram. In MATEC Web of Conferences (Vol. 192, p. 01027). EDP Sciences.

Looking for the best assignment help in the UK? Look no further! We have got the best assignment paper writers to back you up with quality solutions on the go. So, if you are wondering, “Who will do my assignment for me?” or “Can I pay someone to do my assignment?” simply count on our expertise and soar high in your academic pursuits. No matter whether you are looking for essay help, coursework help, dissertation help or primary homework help, we have got your back. Connect with us today and allow our experts to craft the finest of academic papers exclusively for you.

Why Student Prefer Us ?
Top quality papers

We do not compromise when it comes to maintaining high quality that our customers expect from us. Our quality assurance team keeps an eye on this matter.

100% affordable

We are the only company which offers qualitative and custom assignment writing services at low prices. Our charges will not burn your pocket.

Timely delivery

We never delay to deliver the assignments. We are very particular about this. We assure that you will receive your paper on the promised date.

Round the clock support

We assure 24/7 live support. Our customer care executives remain always online. You can call us anytime. We will resolve your issues as early as possible.

Privacy guaranteed

We assure 100% confidentiality of all your personal details. We will not share your information. You can visit our privacy policy page for more details.

Upload your Assignment and improve Your Grade

Boost Grades