2 guide_earned value presentation slides.ppt

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    Earned Value Management

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    Agenda

    Comparison with other Methods

    EV Management in Practise Earned Value Planned Value

    Actual Costs

    Schedule Performance Index

    Cost Performance Index

    General Introduction to EV Reporting

    Introduction

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    Example, PV

    PV: Value of work scheduledto have been completedat a certain moment in time.

    PV = planned % complete * baseline cost

    Introduction

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    EV = actual % complete * baseline cost

    EV: Value of work actually accomplishedat a certain

    moment in time.

    Example, EV

    Introduction

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    AC: Value that gives insight in how much is paid forthe work actually accomplished.

    Actual Costs

    Introduction

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    How much Value was originally Planned to have been

    Delivered (as of today)?

    Planned Value (PV)

    How Much Value was Actually Delivered (as of today)?

    Earned Value (EV)

    How Much has the Project Cost (as of today)?

    Actual Cost (AC)

    Earned Value explained

    Introduction

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    EV and PV Curve

    Introduction

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    %Complete = Earned Value / Budget at Completion * 100 %Spent = Actual Costs / Budget at Completion * 100 % Over/Under Spent = [(Actual Cost / Earned Value) - 1] * 100

    EV Calculations

    Introduction

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    Cost Variance (CV) =Earned Value (EV)

    Actual Costs (AC)

    Schedule Variance (SV) =Earned Value (EV) Planned Value (PV)

    Variance Analysis

    Introduction

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    Scheduled Performance IndexPerformance Indicators: SPI

    PV

    EVSPI

    1SPI Ahead of schedule1SPI

    1SPI

    Behind schedule

    Exactly on track

    Example: 83.0480

    400SPI

    Introduction

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    Cost Performance IndexPerformance Indicators: CPI

    AC

    EVCPI

    Better than budget

    Worse than budget

    On Budget

    1CPI

    1CPI

    1CPI

    Example: 11.1360

    400CPI

    Introduction

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    Combining SPI and CPI

    Introduction

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    Critical Ratio (CR) = CPI * SPI

    Critical ratio

    Over all Project performance is excellent1CR

    1CR

    1CR

    Over all Project performance is poor

    Project Performance on target

    Introduction

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    Ability to influence SPI and SPIAbility to Influence SPI and CPI

    AbilitytoInflu

    enceSPIandCPI

    High ability

    to change

    Moderate

    ability to

    change

    Low ability to

    change

    0% 50% 100%75%25%

    % Project Complete

    As we proceed further through the project,

    our ability to change the SPI and CPI values

    decreases exponentially. Very early in the project,

    the SPI and CPI values are elastic. However,

    starting very early in the project, the SPI and CPIvalues will increasingly reflect the final project

    condition

    Ability to Influence SPI and CPI

    AbilitytoInflu

    enceSPIandCPI

    High ability

    to change

    Moderate

    ability to

    change

    Low ability to

    change

    0% 50% 100%75%25%

    % Project Complete

    As we proceed further through the project,

    our ability to change the SPI and CPI values

    decreases exponentially. Very early in the project,

    the SPI and CPI values are elastic. However,

    starting very early in the project, the SPI and CPIvalues will increasingly reflect the final project

    condition

    Introduction

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    Forecast the future project status Estimate at Completion

    = Actual Costs to + [(Budget at Completion Earned Value) / CPI]

    = Actual Costs to date date + (Budget at Completion

    Earned Value)= Actual Costs to date + a new estimate for all remaining work

    Schedule delay or acceleration=(SPI-1)Approved Baseline duration)

    Estimated duration at completion= Approved Baseline Duration + Current Schedule Delay or Acceleration= Actual Time Used + (1/SPI) * Remaining Baseline Duration

    Forecasting

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    Advantages of EV Reporting Early warnings Costs Forecasting Communication (External) Control

    Comparison with other methods

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    Project to date cost versus budgetEV compared to other methods

    Advantages Simple

    Little effort required

    DisadvantagesNo insight in actual finished work

    Questionable monetary relativity

    Comparison with other methods

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    Project to date versus planned budget at moment in timeEV compared to other methods(2)

    Advantages More insight in monetary relativity

    DisadvantagesNo insight in which work has beenaccomplished

    No insight in value of finished work

    Comparison with other methods

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    Milestone trackingEV compared to other methods(3)

    AdvantagesInsight in accomplished work

    DisadvantagesNo insight in monetary status

    No insight in value of accomplished

    work

    Comparison with other methods

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    Combination of milestone tracking and project to date versus plannedbudget at moment in timeEV compared to other methods(4)

    Advantages Insight in accomplished work

    More insight in monetary

    relativity

    DisadvantagesNo insight in value of accomplished

    work

    Comparison with other methods

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    Standard EV ManagementEV compared to other methods(5)

    AdvantagesForecasting ability

    Insight in value of

    accomplished work in the

    current and future situation

    External control

    Disadvantages Requires realistic planning

    More time consuming to administer

    Comparison with other methods

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    EV SimplificationEV compared to other methods(6)

    AdvantagesSimple, using informationreadily available to most

    projects

    Common indicators for

    comparison with other projects

    Disadvantages Relies on realistic estimate of %Complete, (or EV) which may by

    nature be more subjective than

    tracking the accumulated completion

    values of many measurable smaller

    units.Assumes that progress and spend

    forecasts are linear, which is

    normally not the true case.

    Comparison with other methods

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    Method of EV Calculation;

    Tracking and Reporting Frequency

    Threshold Establishment What Cost Elements comprise Planned Value

    Whether to track resource actual hours including

    Overtime or a standard 8 hour day.

    Which resource labour costs should be included? Level of detail of EV management

    Baseline Timing

    EV Management in Practise

    Key Decisions

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    EV management Methods Percentage complete

    Physical percentage complete

    Fixed percentage from start

    EV Management in Practise

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    Level of detail

    Examples of levels

    The project lifecycle stage

    The workstream (activity grouping)

    EV Management in Practise

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    Baseline timing

    EV Management in Practise

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    Baseline timing

    EV Management in Practise

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    Rebaseline and reprofile (2)

    EV Management in Practise

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    Example EV Report

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    Example EV Report (2)

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    Example EV Report (3)

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    Example EV Report

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