Introduction To Project Management Construction Essay

Published:

The project task durations were estimated using the three point technique and the results were depicted to the above table, according to Robert ( 2009) , the Three Point Technique Formula is : E= ( O + 4M+P)/6 . The Earliest Start, Earliest Finish, Late Start and Late Finish were also calculated using the Forward and Backward Pass Calculation methods

As per Robert (2009) , the Critical Path can be identified in different ways as follows:

The Longest path duration of the Project:

Table 2:

Network Diagram Path

Duration ( Weeks)

ABEHJ

30

ABFHJ

38

ACFHJ

39

ACGHJ

32

ADIJ

30

ADHJ

26

Different path durations were calculated and the Critical Path was found to be ACFHJ (please see the path above highlighted in blue - longest duration)

The sequence of tasks that have similar early and late schedules or have Zero float. By looking at the table 1 above, it is apparent that the A, C, F, H, J tasks have realized both conditions.

Lady using a tablet
Lady using a tablet

Professional

Essay Writers

Lady Using Tablet

Get your grade
or your money back

using our Essay Writing Service!

Essay Writing Service

The project Completion time is the longest path duration and is calculated to be 39 Weeks.

B) What happens to the expected project completion time if:

Tasks D and E are each delayed by 9 weeks?

The Task D & E have 9 weeks float and thus the project completion time will not be affected in case each of the tasks are delayed by 9 weeks.

Task B is delayed by 3 weeks?

The Task B has only one (1) week float and therefore any further delay beyond the one week my affect the project completion time

By looking at the scenario whereby the task B is delayed by 3 weeks, the Task B can accommodate only 1 week and therefore, the start of Tasks E & F will be delayed by two weeks.

The two (2) weeks delay of the Task E will not affect the project completion time as it has 9 weeks float, however, Task F is on the critical path and has Zero Float and therefore, the Project Completion time will be delayed by two (2) weeks

All tasks are delayed each by one week?

The time to complete Task C is reduced by 25% of its expected completion time?

Assuming that Task C ( Zero Float- on the Critical Path) duration is reduced by 25% ie by 3 weeks, having Task C on the Critical Path, the Task F & G can start earlier by 3 weeks ( driven by Task C) , the same for Task H which can start also earlier by 3 weeks ( the Task H may also be driven by Task E and G whose have no impact in this case) and will be driving the J that can start earlier by 3 weeks and therefore the project completion time can be reduced by 3 weeks .

Discuss the possible risks involved in this project, assuming that it represents a typical building construction project, and identify a few risk mitigating activities that would minimise the likelihood of delaying the project completion time.

"Every project is subject to risks" (Robert 2009), The Risk Management is an ongoing process during the project lifecycle undertaken by the Project Manager to ensure that the risks are not affected any of the project objectives.

According to Robert (2009), the project risks shall be identified, assessed, mitigated, monitored and controlled during the project risk management life cycle, the risks' categorization and the undertaking of qualitative and quantitative risk analysis ( PMBOK Guide , 2008 ) are essential for the development of risks mitigation plan.

It is to be noted that ultimately, this Risk Management Plan is the responsibility of the entire project team with leadership coming from the custodians of the Risk Forms and the Risk Register. The established Risk Management Plan is a viable tool to keep the Client informed and provided with the best information and strategies to make the best business decisions for the Risk that are identified and tracked throughout the life of the project.

Considering the construction project in this assignment, several possible risks can affect the timely completion for such type of projects; the table below illustrates the probable risks for such type of projects based on my experience and the respective proposed mitigation plans:

Possible Risk

Impact

Mitigation Activities/ Plan

Lady using a tablet
Lady using a tablet

Comprehensive

Writing Services

Lady Using Tablet

Plagiarism-free
Always on Time

Marked to Standard

Order Now

No Objection Certificate (NOCs), Permits from the Authorities can be delayed.

Permit delays will delay Construction Starts (pouring the concrete foundation & putting up structural framing) and consequently the project completion will be delayed

Early submission the application for the permits and NOCs to the Authority.

Ensure a complete submittal is in place so that the permit will not be rejected

The Project Management team will maintain on-going dialogue with all statutory authorities.

Early Authority Reviews, Set Milestones &Track

Adequacy of Project Funding

Delay of whole project completion

Proper cash flow &Feasibility studies in place.

Project Cost does yield the required IRR, therefore the project is not considered feasible, causing re-Design and delays to project implementation

Delay of whole project completion Re-Design and delays to project implementation. May be rendering the project not Feasible.

Proper Feasibility Studies in place.

High Inflation, Increased duties, Volatile markets (Cement &Steel, etc.)

Cost Impact - Exceeds project budget- lack of fund.

Proper studies of the Market inflation and revise procurement strategy accordingly

Delayed Procurement Periodsespecially the long lead items

Project time completion in delay.

Develop procurement plan, identifying the site required delivery dates and the related risks Proper selection of the Vendors taken into consideration the manufacturing capacity

Logistic difficulties on site.

Project in delay

Develop Detailed Logistic Plan which to be agreed by the main contractor and all subcontractors

Time constraint dictates low quality.

- Abortive Works - Deliver Project in lower Quality then planned

Special attention to Monitoring the QA/QC Plan.

Lack Quality Control and Quality Assurance Plans/Strategy

-Quality Failure

-Abortive Work

-Project in delay

Develop, in accordance with the Client requirements, basic outlines and procedures for QA/QC plan for assigning responsibility on the Supervision Consultant and various contractors to maintain and achieve required quality during construction

Review all documentation submitted to ensure that they meet the required completeness to cover the whole envisaged scope and that the quality, and clarity are achieved .

The Project Manager will carry out visits to various contracts to ensure that the required quality

standard by the Master Plan is maintained in the Project.

Lack of proper and realistic Procurement strategy

Discrepancies on the procurement items

Materials Delivery to the Site in delay.

Project in delay

Develop and maintain a Realistic Procurement Strategies taken into consideration the Market status

Low Performance of the Supervision Consultant

Project in delay

Micor Management of the Supervision Consultant

Check the possibility of encouraging the Consultant to have additional qualified Resources

Search for immediate replacement of the consultant by requesting a proposal.

Low Performance of the Contractor

Project in Delay

Micro- management of the Contractor

Day to Day monitoring of the resources available

Search for immediate replacement of the Contractor ( Alternative Plan) by floating a tender

Pre-qualification of contractor prior engagement

Main Contractors Team / Design Team Relationships are not going smoothly

Flow of information is missing

Project Delay

Close monitoring of the Contractors'/Design Consultants programs and milestones, and reporting in accordance with the procedures set in this document,

• Performing coordination meetings, periodically and as required, chaired by the Project Manager,

• Requesting, monitoring and overseeing the exchange of planning and other information between the parties,

Communication System is not in place

Lack of Communication between the Project Stakeholders

Project in Delay

Developing and Implementing a feasible Communication Management Plan

Lack of Proper Health &Safety Control on Site

Safety Failure

Works Stoppage on site, Project in Delay

Basic outlines will be set by the Project Manager for health and safety requirements

Project Manager and Engineer to Monitor the Safety precaution take by the Contractors

The Project Manager to ensure that the Health and Safety Plan is properly implemented and updated by the contractor,

Safety Meetings to be held on permanent basis

External Utilities Connection to the building is delayed

Testing &Commissioning can be delayed.

Lady using a tablet
Lady using a tablet

This Essay is

a Student's Work

Lady Using Tablet

This essay has been submitted by a student. This is not an example of the work written by our professional essay writers.

Examples of our work

Delivery &Occupancy will be delayed

Coordination and meetings with the relevant authority to ensure the supply by scheduled need dates

Handover and Completion Strategy( Close Out) are in delay

Delay in Handing Over project to the Tenants

Ensure that Close Out Procedure in place

Before issuing the Taking-over Certificate to the Contractor, the Project Manager will manage the Close Out procedure to ensure the following:

• The Client has examined the site and approved the taking-over of the works,

• All minor outstanding works or issues are identified for completion during the defects liability period. If more than minor outstanding works are identified then the Contractor will have to

complete these and a re-inspection will be undertaken,

• As built records and Operation and Maintenance (O&M) Manuals are confirmed.