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As well as gathering information about physical requirements, the briefing process should:

  • Verify the objectives and priorities of the project.
  • Ensure space, time and budget parameters are aligned with the client’s vision and needs.
  • Ensure expectations are reasonable and attainable.
  • Clarify client roles and the project structure.
  • Establish how much the client knows already and their level of experience; do they already have a clear brief?
  • Gather contextual information.
  • Gather user information.
  • Establish the building life span and flexibility requirements
Project Background

Project Background:

The project of Redevelopment of the Frankston Railway Station is developed for considering the utilization of the improved project management principles for the construction of the railway station. The Frankston railway station requires the effective employment of the operations so that improved activities of the operations can be implied for the effective implication of the activity development. The project would be allowed with the specific facility for executing the functions for listing the operations. The implication of the project would support the utilization of the operations and forming the implication of the improved functional development. The project would be executed for listing the modifications at the alignment of the facilities for supporting the improved facility development. The project would be employed for listing the specific utilization of the activities for forming the alignment of the factors supporting the railway work construction for Frankston.

Project Objectives:

The project of Redevelopment of the Frankston Railway Station would comprise of using the specific project management concepts and deliverables for easing the implication of the successive development model. The objectives of the project are,

To develop the implication of the improved functional and development processes

To imply the utilization of the proper documentation for the execution of the project plan

To ensure that the project activities would support the successful implication of the operations

To build the railway station for supporting the utilization of the profound system

Project Outcomes:

The completion of the project would be deployed for existing development of railway facility for the employment of the effective completion of the project activities. The completion of the project would tend to form the successful implication of the operations. The railway station construction would include the formation of improved railway station of Frankston. The outcomes of the project can be deployed for supporting the Frankston railway station and completion of the project.

Success Criteria:

The success criteria for the project are implied for the deployment of the effective activities for promoting the utilization of the improved communication network. The project completion would be dependent on the factors of time, quality, budget, and alignment with the effective WHO policies

  1. PROJECT DEFINITION

ITEM

ELEMENTS

Methodology:

The agile methodology is very helpful for executing the project for the development of the final project. The agile methodology would be helpful for forming the execution of the project plan. The utilization of the agile methodology would help in forming the successful completion of the project.

Scope:

The completion of the project would be deployed for existing development of railway facility for the employment of the effective completion of the project activities. The completion of the project would tend to form the successful implication of the operations. The railway station construction would include the formation of improved railway station of Frankston. The scope of the project can be deployed for supporting the Frankston railway station and completion of the project.

Deliverables:

 Develop the implication of the improved functional and development processes

 Imply the utilization of the proper documentation for the execution of the project plan

 Ensure that the project activities would support the successful implication of the operations

 Build the railway station for supporting the utilization of the profound system

Dependencies and Associated Initiatives:

The project would be allowed with the specific facility for executing the functions for listing the operations. The implication of the project would support the utilization of the operations and forming the implication of the improved functional development. The project would be executed for listing the modifications at the alignment of the facilities for supporting the improved facility development. The project would be employed for listing the specific utilization of the activities for forming the alignment of the factors supporting the railway work construction for Frankston.

Constraints:

Financial

· Budget of $370,000 is the budget

Resources

· Human and material resources

Technical

· Construction Equipments

Time

· Time of 4 months

Other:

· 

  1. PROJECT PLANS

3.1 Project Overview

Task Name

Duration

Start

Finish

Predecessors

Resource Names

Cost

Redevelopment of the Frankston Railway Station

60 days

Mon 7/2/18

Fri 9/21/18

$370,000.00

   Initialization

11 days

Mon 7/2/18

Mon 7/16/18

$6,560.00

      Procurement Analysis

3 days

Mon 7/2/18

Wed 7/4/18

Analyst

$1,440.00

      Development of RFP

2 days

Thu 7/5/18

Fri 7/6/18

2

Documenter

$1,120.00

      Tender Submission

3 days

Mon 7/9/18

Wed 7/11/18

3

Documenter

$1,680.00

      Formation of the effective implementation documentation

2 days

Thu 7/12/18

Fri 7/13/18

4

Documenter

$1,120.00

      Project Initialization Meeting

1 day

Mon 7/16/18

Mon 7/16/18

5

Project Manager

$1,200.00

      Kick off

0 days

Mon 7/16/18

Mon 7/16/18

6

$0.00

   Planning

11 days

Thu 7/5/18

Thu 7/19/18

$9,360.00

      Listing the activities required

2 days

Thu 7/5/18

Fri 7/6/18

2

Planner

$1,440.00

      Scheduling the project activities

3 days

Mon 7/9/18

Wed 7/11/18

9

Planner

$2,160.00

      Allocating project resources

2 days

Thu 7/12/18

Fri 7/13/18

10

Project Manager

$2,400.00

      Proper Scheduling of the Project with resources

3 days

Mon 7/16/18

Wed 7/18/18

11

Planner

$2,160.00

      Plan Review

1 day

Thu 7/19/18

Thu 7/19/18

12

Project Manager

$1,200.00

   Execution

46 days

Thu 7/5/18

Thu 9/6/18

$344,320.00

      Arrangements

10 days

Thu 7/5/18

Wed 7/18/18

$261,300.00

         Collecting the resources

2 days

Thu 7/5/18

Fri 7/6/18

2

Budgeter,

Construction Materials[1],

Rails[1],

Locks and interlocks[1]

$252,300.00

         Site Office construction

4 days

Mon 7/9/18

Thu 7/12/18

16

Contractor

$4,160.00

         Safety and Medical Arrangements

2 days

Fri 7/13/18

Mon 7/16/18

17

Vendor 1,

Medical Kit[1],

Fire safety[1]

$2,920.00

         Transportation Arrangements

2 days

Tue 7/17/18

Wed 7/18/18

18

Vendor 1

$1,920.00

      Phase 1

21 days

Fri 7/20/18

Fri 8/17/18

$67,860.00

         Increasing Passenger Circulation

3 days

Fri 7/20/18

Tue 7/24/18

7,13,19

Civil Engineer

$3,360.00

         Developing Ticket Vendor Machine

5 days

Wed 7/25/18

Tue 7/31/18

21

Vendor 2,

Ticket Vendor Machine[1]

$13,000.00

         Escalator, elevators, and stairs are constructed

4 days

Wed 8/1/18

Mon 8/6/18

22

Contractor,

Escalators[1],

Elevators[1],

Stairs[1]

$36,160.00

         2 new entrances are built at Frankston Railway Station

3 days

Tue 8/7/18

Thu 8/9/18

23

Workers

$2,400.00

         Emergency Platform is developed

4 days

Fri 8/10/18

Wed 8/15/18

24

Workers

$3,200.00

         Improving Ventilation and Catenary signal works

2 days

Thu 8/16/18

Fri 8/17/18

25

Electrical Engineer,

Ventilation materials[1]

$9,740.00

      Phase 2

14 days

Mon 8/20/18

Thu 9/6/18

$15,160.00

         Sky lit station is built

4 days

Mon 8/20/18

Thu 8/23/18

26

Workers

$3,200.00

         Retail space planning and development

3 days

Fri 8/24/18

Tue 8/28/18

28

Contractor

$3,120.00

         Glass roof is developed

2 days

Wed 8/29/18

Thu 8/30/18

29

Civil Engineer,

Glass roof[1]

$3,240.00

         Shifting of Operations

3 days

Fri 8/31/18

Tue 9/4/18

30

Civil Engineer

$3,360.00

         Stone work and mortar refurnishing

2 days

Wed 9/5/18

Thu 9/6/18

31

Civil Engineer

$2,240.00

   Inspection and Closure

11 days

Fri 9/7/18

Fri 9/21/18

$9,760.00

      Final inspection of the railway station

2 days

Fri 9/7/18

Mon 9/10/18

32

Government Officials

$0.00

      Deployment of Safety Arrangements

4 days

Tue 9/11/18

Fri 9/14/18

34

Vendor 2

$4,160.00

      Modifications of required structure

5 days

Mon 9/17/18

Fri 9/21/18

35

Civil Engineer

$5,600.00

      Project Closure

0 days

Fri 9/21/18

Fri 9/21/18

36

$0.00

3.2 Project Budget Breakdown

Resource Name

Resource Type

Work/Units

Standard Rate

Cost

Analyst

Human

24

$60.00

$1,440.00

Documenter

Human

56

$70.00

$3,920.00

Project Manager

Human

32

$150.00

$4,800.00

Planner

Human

64

$90.00

$5,760.00

Budgeter

Human

16

$90.00

$1,440.00

Contractor

Human

88

$130.00

$11,440.00

Vendor 1

Human

32

$120.00

$3,840.00

Civil Engineer

Human

120

$140.00

$16,800.00

Vendor 2

Human

72

$130.00

$9,360.00

Workers

Human

88

$100.00

$8,800.00

Electrical Engineer

Human

16

$140.00

$2,240.00

Government Officials

Human

16

$0.00

$0.00

Construction Materials

Materials

1

$125,000.00

$125,000.00

Rails

Materials

1

$75,860.00

$75,860.00

Locks and interlocks

Materials

1

$50,000.00

$50,000.00

Escalators

Materials

1

$15,000.00

$15,000.00

Elevators

Materials

1

$12,000.00

$12,000.00

Stairs

Materials

1

$5,000.00

$5,000.00

Ticket Vendor Machine

Materials

1

$7,800.00

$7,800.00

Ventilation materials

Materials

1

$7,500.00

$7,500.00

Glass roof

Materials

1

$1,000.00

$1,000.00

Medical Kit

Materials

1

$500.00

$500.00

Fire safety

Materials

1

$500.00

$500.00

Total Budget

$370,000.00

3.3 Communication Plan

Information

Sender

Receiver

Communication Tool

Communication Method

Frequency

Project Requirements

Client

Project Manager

Reports, Meetings

Written, Verbal

Once

Plan Developed

Planner

Project Team

Reports

Written

Once

Resources Required

Budgeter

Project Manager

Reports, Meetings

Written, Verbal

Once

Implementation Plan

Planner

Project Team

Reports

Written

Once

Project Progress

Project Manager

Project Client

Reports, Meetings

Written, Verbal

Weekly

Risk Management

Risk Analyst

Project Manager

Reports, Meetings

Written, Verbal

Once

Project Closure

Project Manager

Project Client

Reports, Meetings

Written, Verbal

Once

  1. CONSULTANCY MANAGEMENT

ITEM

ELEMENTS

Needs Assessment/Analysis:

The project is a long construction project and it would require the use of the many project contractors for completion of the project. The consultants are required for developing the implication of the improved documentation and development. The consultants would be required for easing the implication of the activities for completion of the project.

No, external expertise would be required for the completion of the project successfully

Proper Construction Management would be required for the completion of the project activities

Consultancy Brief:

The consultant would provide their expert opinion in execution of any specific activities and it would involve the utilization of the activities for supporting the completion of the project operations. The consultants are required for developing the implication of the improved documentation and development. The consultants would be required for easing the implication of the activities for completion of the project.

Evaluation and Engagement:

No, single submission of the consultant document and agreement would be enough for meeting the project expectations. No selection panel is required for selecting the consultancy requirements, only the project manager would be required for the selection of the project consultants. Past experience review would be used for analysing the documentation for the tender. Email conversation would be used for the process. Yes, a proper agreement would be developed.

  1. PROJECT RISK MANAGEMENT

Risk management is projects would be helpful for executing the operations of the project and support the implication of the effective utilization of the probable documentation. The risk management would be helpful for executing the deployment of the improved strategies that are capable for the mitigation of the risk factors.

Risk

Owner

(Initials)

Probability (low/med/high)

Consequence (L/M/H)

Actions

Delay in completion

PM

High

L

Time Management Plan

Lack of Materials

B

Med

M

Contracting new suppliers

Equipments Failure

IT

Low

H

Hiring new technicians

Shortage of resources

B

Med

L

Resource Management Plan

Machine Loss

IT

Low

H

New Machines should be bought

  1. PROJECT ACTIONS & ACTIVITIES

WBS

Task Name

Duration

Start

Finish

Predecessors

Resource Names

0

Redevelopment of the Frankston Railway Station

60 days

Mon 7/2/18

Fri 9/21/18

1

   Initialization

11 days

Mon 7/2/18

Mon 7/16/18

1.1

      Procurement Analysis

3 days

Mon 7/2/18

Wed 7/4/18

Analyst

1.2

      Development of RFP

2 days

Thu 7/5/18

Fri 7/6/18

2

Documenter

1.3

      Tender Submission

3 days

Mon 7/9/18

Wed 7/11/18

3

Documenter

1.4

      Formation of the effective implementation documentation

2 days

Thu 7/12/18

Fri 7/13/18

4

Documenter

1.5

      Project Initialization Meeting

1 day

Mon 7/16/18

Mon 7/16/18

5

Project Manager

1.6

      Kick off

0 days

Mon 7/16/18

Mon 7/16/18

6

2

   Planning

11 days

Thu 7/5/18

Thu 7/19/18

2.1

      Listing the activities required

2 days

Thu 7/5/18

Fri 7/6/18

2

Planner

2.2

      Scheduling the project activities

3 days

Mon 7/9/18

Wed 7/11/18

9

Planner

2.3

      Allocating project resources

2 days

Thu 7/12/18

Fri 7/13/18

10

Project Manager

2.4

      Proper Scheduling of the Project with resources

3 days

Mon 7/16/18

Wed 7/18/18

11

Planner

2.5

      Plan Review

1 day

Thu 7/19/18

Thu 7/19/18

12

Project Manager

3

   Execution

46 days

Thu 7/5/18

Thu 9/6/18

3.1

      Arrangements

10 days

Thu 7/5/18

Wed 7/18/18

3.1.1

         Collecting the resources

2 days

Thu 7/5/18

Fri 7/6/18

2

Budgeter,

Construction Materials[1],

Rails[1],

Locks and interlocks[1]

3.1.2

         Site Office construction

4 days

Mon 7/9/18

Thu 7/12/18

16

Contractor

3.1.3

         Safety and Medical Arrangements

2 days

Fri 7/13/18

Mon 7/16/18

17

Vendor 1, Medical Kit[1],

Fire safety[1]

3.1.4

         Transportation Arrangements

2 days

Tue 7/17/18

Wed 7/18/18

18

Vendor 1

3.2

      Phase 1

21 days

Fri 7/20/18

Fri 8/17/18

3.2.1

         Increasing Passenger Circulation

3 days

Fri 7/20/18

Tue 7/24/18

7,13,19

Civil Engineer

3.2.2

         Developing Ticket Vendor Machine

5 days

Wed 7/25/18

Tue 7/31/18

21

Vendor 2,

Ticket Vendor Machine[1]

3.2.3

         Escalator, elevators, and stairs are constructed

4 days

Wed 8/1/18

Mon 8/6/18

22

Contractor,

Escalators[1],

Elevators[1],

Stairs[1]

3.2.4

         2 new entrances are built at Frankston Railway Station

3 days

Tue 8/7/18

Thu 8/9/18

23

Workers

3.2.5

         Emergency Platform is developed

4 days

Fri 8/10/18

Wed 8/15/18

24

Workers

3.2.6

         Improving Ventilation and Catenary signal works

2 days

Thu 8/16/18

Fri 8/17/18

25

Electrical Engineer,

Ventilation materials[1]

3.3

      Phase 2

14 days

Mon 8/20/18

Thu 9/6/18

3.3.1

         Sky lit station is built

4 days

Mon 8/20/18

Thu 8/23/18

26

Workers

3.3.2

         Retail space planning and development

3 days

Fri 8/24/18

Tue 8/28/18

28

Contractor

3.3.3

         Glass roof is developed

2 days

Wed 8/29/18

Thu 8/30/18

29

Civil Engineer,

Glass roof[1]

3.3.4

         Shifting of Operations

3 days

Fri 8/31/18

Tue 9/4/18

30

Civil Engineer

3.3.5

         Stone work and mortar refurnishing

2 days

Wed 9/5/18

Thu 9/6/18

31

Civil Engineer

4

   Inspection and Closure

11 days

Fri 9/7/18

Fri 9/21/18

4.1

      Final inspection of the railway station

2 days

Fri 9/7/18

Mon 9/10/18

32

Government Officials

4.2

      Deployment of Safety Arrangements

4 days

Tue 9/11/18

Fri 9/14/18

34

Vendor 2

4.3

      Modifications of required structure

5 days

Mon 9/17/18

Fri 9/21/18

35

Civil Engineer

4.4

      Project Closure

0 days

Fri 9/21/18

Fri 9/21/18

36

References

Alias, Z., Zawawi, E.M.A., Yusof, K. and Aris, N.M., 2014. Determining critical success factors of project management practice: A conceptual framework. Procedia-Social and Behavioral Sciences, 153, pp.61-69.

Banihashemi, S., Hosseini, M.R., Golizadeh, H. and Sankaran, S., 2017. Critical success factors (CSFs) for integration of sustainability into construction project management practices in developing countries. International Journal of Project Management, 35(6), pp.1103-1119.

Demirkesen, S. and Ozorhon, B., 2017. Impact of integration management on construction project management performance. International Journal of Project Management, 35(8), pp.1639-1654.

Fleming, Q.W. and Koppelman, J.M., 2016, December. Earned value project management. Project Management Institute.

Harrison, F. and Lock, D., 2017. Advanced project management: a structured approach. Routledge.

Kerzner, H. and Kerzner, H.R., 2017. Project management: a systems approach to planning, scheduling, and controlling. John Wiley & Sons.

Larsson, J., Eriksson, P.E. and Pesämaa, O., 2018. The importance of hard project management and team motivation for construction project performance. International Journal of Managing Projects in Business, 11(2), pp.275-288.

Lock, D., 2017. The essentials of project management. Routledge.

Martínez-Rojas, M., Marín, N. and Vila, M.A., 2015. The role of information technologies to address data handling in construction project management. Journal of Computing in Civil Engineering, 30(4), p.04015064.

Mir, F.A. and Pinnington, A.H., 2014. Exploring the value of project management: linking project management performance and project success. International journal of project management, 32(2), pp.202-217.

Nicholas, J.M. and Steyn, H., 2017. Project management for engineering, business and technology. Taylor & Francis.

Ramani, T. and Kannan, R., 2014. Scheduling of Industrialized Construction Project using Graphical Evaluation and Review Technique (GERT). In Second International Conference on Advances in Industrial Engineering Applications.

Schwalbe, K., 2015. Information technology project management. Cengage Learning.

Sears, S.K., Sears, G.A., Clough, R.H., Rounds, J.L. and Segner, R.O., 2015. Construction project management. John Wiley & Sons.

Shen, Y., Tuuli, M.M., Xia, B., Koh, T.Y. and Rowlinson, S., 2015. Toward a model for forming psychological safety climate in construction project management. International journal of project management, 33(1), pp.223-235.

Titarenko, B., Titov, S. and Titarenko, R., 2014. Risk management in innovation projects. In Applied Mechanics and Materials (Vol. 638, pp. 2338-2341). Trans Tech Publications.

Turner, R., 2016. Gower handbook of project management. Routledge.

Walker, A., 2015. Project management in construction. John Wiley & Sons.

Walker, D.H., 2016. Reflecting on 10 years of focus on innovation, organisational learning and knowledge management literature in a construction project management context. Construction Innovation, 16(2), pp.114-126.

Zheng, X., Le, Y., Chan, A.P., Hu, Y. and Li, Y., 2016. Review of the application of social network analysis (SNA) in construction project management research. International journal of project management, 34(7), pp.1214-1225

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