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Cost and Schedule Plan for Construction Project XYZ

Symeshia Lias

PMG640_30_ Project Scheduling and Cost Planning

Dr. Igoni

May 5, 2024

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Cost and Schedule Plan for Construction Project XYZ

Overview

This study proposes a concise examination of the cost and schedule plan for Construction

Project XYZ, which will be of high value to the industry. It ensures an involvement for efficient

cost and schedule management because the project is about the construction of a commercial

office building in a downtown metropolitan area with a LEED certification (Shah et al., 2023).

Alongside the intricacies of such an undertaking, doing a reasonable cost estimation and tracking

the schedule becomes vital and unconditional. Hence, the section thus focuses on the two base

inputs and tools that make the strategic plan steadfast and foolproof. This article aims to

illuminate the tactics and techniques by which Project Construction XYZ can be done on time

and using the least amount of money (Shah et al., 2023). The paper will also describe step-by-step

instructions on how to do good for clients by managing construction projects.

Clear Identification of Schedule & Cost Inputs

Resource Requirements

Although defining resource availability is a prerequisite for cost and schedule plans, it is

a pivotal input. The idea of resources is a challenging concept to grasp wholly, and they can be

classified by such a wide variety of elements, from materials and equipment to labor and other

necessary assets. Accurately portraying the resource demands allows the project team to adjust

and monitor the cost planning and determine the program and cost resources more precisely,

which becomes a significant factor that interferes with the schedule and cost plans. For example,

labor shortages within the local market may mean that the estimation of project milestones

cannot be fulfilled and raise the labor costs, thus resulting in negative impacts on the budget and

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schedule. Resource limitations from the project reflect the importance of detailed resource

evaluation, as the project depends on its economic and time viability.

Scope Baseline

The baseline range represents how the project scales encompass deliverables, milestones,

and a work breakdown structure (WBS) (Torp et al., 2016). Inventory is an unyielding reference

tool for measuring performance and managing change. Regarding the basis of cost and schedule

plans within the scope of a project, an accurate scope baseline works in building realistic project

timelines and budgets. Variations or preferences beyond the given established scope also induce

the time and cost to react accordingly, nonetheless adding up to the power of influence of the

input (Torp et al., 2016). If this is said to happen, the need to incorporate new functionalities to the

building design midway through the project may require a new schedule and budget, which

highlights the significance of the scope baseline, which is desired to be maintained under these

circumstances, to the process of project management, which demands foresight and precision.

Clear Identification of Schedule & Cost Tools

Critical Path Method (CPM)

Above all stands the Critical Path Method (CPM), a framework that organizes and time-

monitors any project's key steps. On the other hand, CPM approaches the task by carefully

studying the interrelatedness of the jobs and the critical path - the sequence of activities that

should be done first - whose completion will establish the minimum amount of time required by

the project. Through this process, project managers may distinguish those time-critical tasks that

might hinder the project if delayed (Shah et al., 2023). However, through CPM, efficient resource

allocation is achieved because it spotlights the tasks that are mainly the drivers of the project's

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progress. It complies with a schedule and automatically makes it a cog in an institution's expense

control systems (Torp et al., 2016). Project teams can avoid possible bottlenecks by finding out

where they can design resource allocation in such a way that it will accelerate the project's

delivery, sanctioning, and coordinating the dispensed funds. As a result, this will ensure

adherence to the budget constraints.

Earned Value Management (EVM)

The aspect of the method, Earned Value Management (EVM), mythologizes the epitome

of the performance evaluation techniques for any project that incorporates scope, schedule, and

cost metrics. Raw data like planned value, earned value, and actual costs are transformed through

EVM into a comprehensive view of how the project is faring and how its future performance is

predicted (Torp et al., 2016). This integration allows managers to identify deviations in schedule,

cost, or scope as soon as possible instead of incurring unexpected expenses as the project

progresses, allowing them to take the right action at the right time. EVM performs a sentinel

duty, which warns the project teams of potential discrepancies. Thus, those can turn into

significant hurdles in overcoming the challenges. Often, the EVM software helps the teams

monitor the project's health closely; therefore, it becomes possible to react as soon as the project

strays from the path and ensures its completion (Torp et al., 2016). Thus, EVM will be a critical

instrument for observing and limiting costs throughout the project's life. It can help organizations

achieve a nod where they can work effectively.

In conclusion, cost and schedule planning are, thus, essential factors for the completion of

this Construction Project XYZ. Planning phases will be held as solid by evaluating inputs, like a

resource or scope baseline, and employing tools like the critical path method and earned value

management. They will minimize unavoidable risks for maximum efficiency.

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References

Shah, F. H., Bhatti, O. S., & Ahmed, S. (2023). A Review of the Effects of Project Management Practices

on Cost Overrun in Construction Projects. Engineering Proceedings, 2023(44)(1), 1. Presented at

the 5th Conference on Sustainability in Civil Engineering (CSCE), Online, August 3, 2023.

https://doi.org/10.3390/engproc2023044001

Torp, O., Belay, A. M., Thodesen, C., & Klakegg, O. J. (2016). Cost Development Over-time at

Construction Planning Phase: Empirical Evidence from Norwegian Construction Projects.

Procedia Engineering, 145, 1177-1184. https://doi.org/10.1016/j.proeng.2016.04.152