This document is a term paper for a project cost management class submitted by a student. It discusses the importance of project cost management, as IT projects often go over budget. It then outlines basic principles of cost management, including how to speak to executives in financial terms and concepts like life cycle costing and cash flow analysis. The paper also covers topics like cost estimating, budgeting, control, and using software to assist with cost management activities.
Ukážeme si, že Doctrine není jenom ORMko a kdy jít o vrstvu níž. Jak DQL naučit věci, které v základu neumí, ale vaše databáze ano. A pár dalších tipů, jak nemít z databáze úplně hloupé úložiště.
INFORMATION SYTEMS 3
Part-3: Mr. and Mrs. Rodgers House (House construction)
BUDGET AND RISK MANAGEMENT
1.0.
Overall Project Budget
A technique called Earned Value Management (EVM) compares project performance to the project baseline (Xu et al., 2018). All project managers pursuing Project Management Professional (PMP) certification learn and memorize the earned value calculations. Their application in real life is patchy, though. According to Insight, EVM is among the "critical few" best areas of practice for keeping track of a project's progress from both a schedule and cost standpoint (Vasyunina, 2017). The binary way of thinking about projects is widespread:
· On time versus late
· Over budget versus under budget.
On the project cost, both performance evaluation elements have a significant impact (Chang et al., 2022). If our costs are lower yet we are running late, EVM provides excellent facts of the matter.
Determining Earned Value
Computing EV involves:
· The sum of the up-to-date project budget, known as the planned value (PV)
· Current costs are identical to Actual Cost (AC).
· The project budget is multiplied by the proportion of execution to determine earned value (EV).
Now that we have these numbers, we can start making some computations of:
Schedule Performance Index (SPI) = EV/PV
SPI contrasts actual and anticipated progress. Whenever the SPI value had been than 1.0, fewer tasks were completed than expected. SPI > 1.0 denotes the completion of more work than anticipated.
Determining the CPI:
CPI= AC÷EV
The CPI evaluates the worth of finished work in relation to its true cost. Its score of 1.0 denotes high costs than anticipated. A CPI of greater than one shows that costs remained lower than expected.
For the SPI and CPI, >1 is favorable while 1 is unfavorable.
Remember that;
Subtracting instead of dividing allows you to rapidly determine the difference between the project budget and the timeline. Schedule variance (SV) equals EV-PV, whereas cost variance = EV-AC. You can easily execute the subtraction operation in your head, and in this case, >0 is favorable to 0 in this situation.
Except in the case of SPI or CPI, deviation is reliant on the project's scope. Therefore, we cannot compare it across construction project or across time effectively, as the budget might have changed.
Calculating the Project EAC:
CPI = EAC ÷ Overall Budget
EAC represents the prediction aggregate cost.
In summary:
· Project is halfway to its completion,
· PV = $55,000
· AC= $45,000
The calculations are as follows:
EV=100,000 ×1/2
=$50,000
SV =EV-PV
Where EV=50,000 and PV=55,000
Therefore, SP= 50,000-55,000
=-$5000
In this case, the value of SP is -$5,000, which is unfavorable for our project because it is less than 0.
SPI = EV/PV
Thus;
SP1=50,000 ÷55,000
= $0.91
However, the SPI value is less than.
Ukážeme si, že Doctrine není jenom ORMko a kdy jít o vrstvu níž. Jak DQL naučit věci, které v základu neumí, ale vaše databáze ano. A pár dalších tipů, jak nemít z databáze úplně hloupé úložiště.
INFORMATION SYTEMS 3
Part-3: Mr. and Mrs. Rodgers House (House construction)
BUDGET AND RISK MANAGEMENT
1.0.
Overall Project Budget
A technique called Earned Value Management (EVM) compares project performance to the project baseline (Xu et al., 2018). All project managers pursuing Project Management Professional (PMP) certification learn and memorize the earned value calculations. Their application in real life is patchy, though. According to Insight, EVM is among the "critical few" best areas of practice for keeping track of a project's progress from both a schedule and cost standpoint (Vasyunina, 2017). The binary way of thinking about projects is widespread:
· On time versus late
· Over budget versus under budget.
On the project cost, both performance evaluation elements have a significant impact (Chang et al., 2022). If our costs are lower yet we are running late, EVM provides excellent facts of the matter.
Determining Earned Value
Computing EV involves:
· The sum of the up-to-date project budget, known as the planned value (PV)
· Current costs are identical to Actual Cost (AC).
· The project budget is multiplied by the proportion of execution to determine earned value (EV).
Now that we have these numbers, we can start making some computations of:
Schedule Performance Index (SPI) = EV/PV
SPI contrasts actual and anticipated progress. Whenever the SPI value had been than 1.0, fewer tasks were completed than expected. SPI > 1.0 denotes the completion of more work than anticipated.
Determining the CPI:
CPI= AC÷EV
The CPI evaluates the worth of finished work in relation to its true cost. Its score of 1.0 denotes high costs than anticipated. A CPI of greater than one shows that costs remained lower than expected.
For the SPI and CPI, >1 is favorable while 1 is unfavorable.
Remember that;
Subtracting instead of dividing allows you to rapidly determine the difference between the project budget and the timeline. Schedule variance (SV) equals EV-PV, whereas cost variance = EV-AC. You can easily execute the subtraction operation in your head, and in this case, >0 is favorable to 0 in this situation.
Except in the case of SPI or CPI, deviation is reliant on the project's scope. Therefore, we cannot compare it across construction project or across time effectively, as the budget might have changed.
Calculating the Project EAC:
CPI = EAC ÷ Overall Budget
EAC represents the prediction aggregate cost.
In summary:
· Project is halfway to its completion,
· PV = $55,000
· AC= $45,000
The calculations are as follows:
EV=100,000 ×1/2
=$50,000
SV =EV-PV
Where EV=50,000 and PV=55,000
Therefore, SP= 50,000-55,000
=-$5000
In this case, the value of SP is -$5,000, which is unfavorable for our project because it is less than 0.
SPI = EV/PV
Thus;
SP1=50,000 ÷55,000
= $0.91
However, the SPI value is less than.
1. ICCT COLLEGES FOUNDATION, INC.
V.V. Soliven Avenue II, Cainta, Rizal
Antipolo Campus
PROJECT COST MANAGEMENT
(TERM PAPER)
_________________________________________
COMS019
(System Project Management)
AU26
3:00pm –4:00pm
MWF
1st Trimester
CY 2013-2014
_________________________________________
Submitted by: CAMALIG BABY GRACE S.D
Student
Submitted to: JORIZ D. CHIONG
Professor
Deadline for submission: 16 JULY 2014
Date submitted: _____________
COMS019– System Project Management
2. ICCT COLLEGES FOUNDATION, INC.
V.V. Soliven Avenue II, Cainta, Rizal
Antipolo Campus
The Importance of Project Cost Management
IT projects have a poor track record for meeting budget goals
The CHAOS studies found the average cost overrun (the additional percentage
or dollar amount by which actual costs exceed estimates) ranged from 180
percent in 1994 to 43 percent in 2002; other studies found overruns to be 33-34
percent.
Basic Principles of Cost Management
Most members of an executive board better understand and are more interested
in financial terms than IT terms, so IT project managers must speak their
language
Profits are revenues minus expenditures
Profit margin is the ratio of revenues to profits
Life cycle costing considers the total cost of ownership, or development
plus support costs, for a project
Cash flow analysis determines the estimated annual costs and benefits
for a project and the resulting annual cash flow
Learning curve theory states that when many items are produced repetitively,
the unit cost of those items decreases in a regular pattern as more units are
produced
Reserves are dollars included in a cost estimate to mitigate cost risk by allowing
for future situations that are difficult to predict
Contingency reserves allow for future situations that may be partially
planned for (sometimes called known unknowns) and are included in the
project cost baseline
Management reserves allow for future situations that are unpredictable
(sometimes called unknown unknowns)
Cost Estimating
Project managers must take cost estimates seriously if they want to complete
projects within budget constraints
It’s important to know the types of cost estimates, how to prepare cost estimates,
and typical problems associated with IT cost estimates
Cost Budgeting
Cost budgeting involves allocating the project cost estimate to individual work
items over time
The WBS is a required input to the cost budgeting process since it defines the
work items
An important goal is to produce a cost baseline
COMS019– System Project Management
3. ICCT COLLEGES FOUNDATION, INC.
V.V. Soliven Avenue II, Cainta, Rizal
Antipolo Campus
A time-phased budget that project managers use to measure and monitor cost
performance
Cost Control
Project cost control includes:
Monitoring cost performance
Ensuring that only appropriate project changes are included in a revised
cost baseline
Informing project stakeholders of authorized changes to the project that
will affect costs
Many organizations around the globe have problems with cost control
Using Software to Assist in Cost Management
Spreadsheets are a common tool for resource planning, cost estimating, cost
budgeting, and cost control
Many companies use more sophisticated and centralized financial applications
software for cost information
Project management software has many cost-related features, especially
enterprise PM software
https://www.uop.edu.jo/download/powerpointslide/
COMS019– System Project Management