Budgeting

What is the Difference Between Budget and Funds?

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Quick Summary

  • A budget is a project management metric used to plan and measure performance, while funds are real dollars recorded in the accounting system and spent to perform the work.
  • Earned Value Management distinguishes planned values (e.g., BCWS, BCWP, BAC) from actual costs and estimates (e.g., ACWP, ETC, EAC) to provide insight into project performance and funding needs.
  • Contract funding profiles influence how budgets are time-phased, and regular EAC analysis is essential to forecast total funding requirements and avoid breaching funding limits. 

While working with numerous clients over the years, H&A earned value consultants frequently observe people using the term “money.” Typically, they mean “funds” when they really mean “budget.” People often confuse the terms, even though they have been used within the project management community long before the advent of earned value management practices. 

The intention of this blog is to highlight the difference between “budget” and “funds” and promote a common understanding of the terms. Using the correct term helps to eliminate confusion and improve communication between project team members, management, and the customer. 

Examples of Budget and Funds Confusion

Here are a couple of common statements H&A earned value consultants have heard many times:

  • I am requesting management reserve (MR) to fund my overrun.
  • I underran my budget, so I am going to return funds to MR.

Why are these inaccurate statements? The people making them have confused the terms or may think that “budget” and “funds” mean the same thing. 

Explaining the Difference Between Budget and Funds

The simple definition is that “budget” is a project management metric, a planned value. It cannot be used as funds (i.e., money) to buy something tangible, such as a cup of coffee. “Funds” are real dollars. The purpose for budget is to measure project performance so that as funds are expended (the actual costs) to perform the authorized work, any difference, more or less than what was planned, can alert management.

The table below summarizes the differences between the two terms.

Budget Funds
Cannot be spent Money – real dollars being spent or forecasted to be spent. Funding represents the customer’s ability and commitment to pay. 
A number on a piece of paper, in a spreadsheet or database – it is a project management metric Actual costs recorded in the accounting system of record used for financial reporting
Budgeted Cost for Work Scheduled (BCWS)

  • Time phased budget for required resources to accomplish tasks scheduled in the integrated master schedule (IMS)
  • Forms the performance measurement baseline(PMB)
Estimate to Complete (ETC)

  • Funding required to complete the remaining work, exclusive of prime contractor fee
  • ETC plus ACWP results in the Estimate at Completion (EAC)
Budgeted Cost for Work Performed (BCWP)

  • The budget value for completed work
Actual Cost of Work Performed (ACWP)

  • The costs incurred and recorded to accomplish the work performed
Budget at Completion (BAC)

  • Budget representing all authorized scope of work (SOW)
  • Cannot change without a change to the SOW with appropriate approval
Estimate at Completion (EAC)

  • Funding number representing all the money (at the cost level – does not include fee) that will be spent
  • Can change without a commensurate change in the SOW

An Overview of Budget Terms

It is often helpful to review the basis for determining and distributing a project’s total budget used for planning and measuring project performance, as illustrated in Figure 1. Note: this is a simplified discussion to highlight the budget terms and does not include nuances such as an Over Target Baseline (OTB) situation. 

Figure 1: Budget Distribution and Terms Illustrated

The budgeting process begins with the Contract Target Price (CTP). This is the total negotiated contract value. It includes the negotiated contract cost (NCC) plus the contractor’s planned (target) profit or fee. The Contract Budget Base (CBB) is the starting point for a contractor’s internal budgeting process outlined below. 

Budget Component Definition
Contract Budget Base (CBB)   Represents the financial authorization of the contract and is based on the negotiated contract cost (i.e., price less fee). The CBB is always equal to the negotiated cost for definitized work and the estimated cost for all authorized unpriced work (AUW), also known as Undefinitized Contact Action (UCA). The CBB equals the sum of distributed budgets, undistributed budget, and management reserve (MR). It also equals the sum of the performance measurement baseline (PMB) and MR.
Management Reserve (MR)   Amount of contract budget set aside to handle realized risks and emerging in-scope effort. This effort is in scope to the contract, but out of the scope of distributed and undistributed budget. 
Performance Measurement Baseline (PMB)  The PMB is the sum of all distributed direct and indirect budgets against which contract performance is measured. The PMB is the sum of the distributed budgets and undistributed budget. The PMB plus MR is equal to the CBB. 
Undistributed Budget (UB)  Budget for authorized work scope that has not yet been identified to a specific WBS element and/or responsible organization at or below the lowest level of reporting to the customer. 
Distributed Budgets   Distributed budgets may be comprised of summary level planning package (SLPP) and control account budgets.
Summary Level Planning Package (SLPP) Budgets  Budget may be set aside in SLPPs at the lowest WBS element until the future work effort can be defined in more detail. SLPPs have a high-level scope of work and are scheduled in the IMS with time-phased budgets. They are converted to one or more control accounts with subordinate work packages and planning packages as soon as possible. 
Control Account Budgets   Control accounts have a defined scope of work, scheduled start and finish dates, and time-phased budget that reflects the work decomposed to the work package or planning package level. The sum of the time-phased work package and planning package budgets equals the total control account budget. 
Work Package/Planning Package Budgets   Work packages and planning packages have a defined scope of work, scheduled start and finish date, and time-phased budget based on the parent control account. This lowest level of budget includes the element of cost detail (labor, material, subcontract, and other direct costs) and value detail (hours, units/quantities, direct costs, and indirect costs). 

Notes about Management Reserve

Remember that MR is a budget, is not a financial reserve (i.e., a source of funds). It is not time-phased and is not included in the PMB because there is no related work scope, although it is a part of the CBB. MR budget cannot be used to eliminate cost variances, cover cost overruns, or recover underruns. There is only one MR set aside for a project and the value is never negative.

MR is decreased to provide budget for realized risks or unplanned activities within the contract scope of work. It may be increased whenever the work scope is decreased along with the allocated budget (a contract modification). Customer authorized contract changes, including AUW, should be incorporated into the CBB and PMB as soon as possible; this may include MR budget set aside for added work scope. Only contract changes authorized by the customer’s designated contracting officer may change the CBB value. 

For more discussion on MR, see this blog: Management Reserve Best Practice Tips. Also see this article: The Difference Between Undistributed Budget and Management Reserve

Additional note. The MR budget belongs to the contractor’s program manager, not the government customer. MR is not a cost reserve (contingency) for the government customer and may neither be eliminated from contract prices by the customer during subsequent negotiations nor used to absorb the cost of contract changes. For the government customer, contingency is the cost reserve they own, typically associated with a Program Risk-Adjusted Budget (PRB). It is held outside of the project scope, schedule, and budget already provided to the contractor. Reserves held above the program permit senior government management to balance resources within portfolios and among programs. The government customer’s cost reserve could be used to modify the contract to include additional work scope (increases the contractor’s CBB) or provide the funds needed to cover a contract cost overrun. 

Budget, Estimates, and Funding Profiles

Contract funding also influences how the PMB budget is allocated and time-phased. The budget distributions are a result of the project planning process (scope of work definition, detailed schedule development, initial cost estimates), MR set aside (risk and opportunity planning), and the funding profile. This is an iterative process to develop the baseline schedule and time-phased budget plan. The budget distributed to the control accounts and any SLPPs is compared to the total PMB/UB value. As needed, adjustments to activities, sequence of work, or resource assignments are made to ensure the overall budget plan reflects the budget limit for the PMB and the contract’s funding profile. For a real-world example of this, see this blog, Understanding the ALAP Scheduling Option in Practical Terms, where a front-loaded schedule was exceeding the funding cap, and how a H&A scheduling consultant helped resolve the issue.  

Preparing an EAC every reporting cycle provides an accurate projection of cost at contract completion for internal and external management. It also represents the estimate of total funds required for the contract. The most likely EAC should be within the funding constraints for the contract. Any amounts expended in excess of the contract funding limit puts the contractor at risk. The contractor must notify the customer when their EAC analysis determines there is a potential to breach a funding constraint to address any contract funding issues as quickly as possible. 

Figure 2 illustrates a funding profile along with the range of project EACs. In this figure, the most likely EAC is within the contract funding limit.

Figure 2: Management Level EACs with Funding Profile

Reinforcing a Commitment to EVMS Excellence

A common theme of the H&A blogs and articles is helping clients to achieve and maintain a commitment to a high level of excellence in all EVMS process areas. An important part of this is continuous EVM training and project scheduling training, whether for beginners or advanced practitioners. This includes targeted training when clients identify an area where project personnel could use a refresher, more hands-on training, or mentoring. Examples include basic and advanced EVMS workshops, Completing Variance Analysis Reports, Developing an ETC and EAC, as well as short, targeted courses on topics such as Budget versus Funds. Give us a call today at (714) 685-1730 to get started.

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Management Reserve; Comparing Earned Value Management (EVM) and Financial Management Views of “Reserves”

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Management Reserve & Earned Value ManagementPerhaps you have witnessed the collision of earned value management’s views on “management reserve” with the Chief Financial Officer (CFO) and the finance department’s views on “balance sheet reserves.” Most companies tend to organize EVM, the function, reporting to either the programs’ organization or to the finance organization. Either will work but either can fail if the two organizations do not understand the interest of the other.

In this article we will outline three areas. The first will be EVM and Management Reserve (MR). The second will be finance and balance sheet “contingencies, loss provisions, or reserves.” The third will compare the two views and identify where they are similar and where they differ.

We will use two terms for both EVM and Financial Management; “in play” and “on the sideline.” “In play” for EVM means that it is in your Performance Measurement Baseline (PMB) and Budget at Completion (BAC). “On the sideline” for EVM means “not in scope” therefore in MR. “In play” for financial management means recorded on the balance sheet (e.g.: current liability; an accrued liability). “On the sideline” for financial management means not recorded on the balance sheet, because it is more likely than not that a liability has been incurred.   If material, however, it will likely be disclosed in the notes to the financial statements, even if it is not recorded on the balance sheet.

 

Earned Value Management and Management Reserve

A program manager and his or her team must deal with – mitigate – risk or be consumed by those risks as they become issues. There are two types of risks, known and unknown. The known risks are entered into a risk register, and their likelihood and consequence are determined. Mitigation for those known risks is done at the activity level in a program’s Integrated Master Schedule (IMS) (Planning and Scheduling Excellence Guide — PASEG page 141, ¶ 10.3.1). Mitigation of known risks is part of the PMB (in the BAC) and is therefore “in play.”

The second type of risk – unknown or unknowable risks – are covered by management reserve if within the Scope of Work (SOW) of the existing contract. If contractor and customer conclude that the realized risk is outside the existing contract, then an Engineering Change Proposal (ECP) would likely be created by the contractor; and a contract modification would be issued by the authorized customer contracting officer if they agreed.   The program manager should ask this question of his team: what work is “at risk” and what work is not “at risk?” Does labor or material present more risk? Management reserve “is an amount of the overall contract budget held for management control purposes and for unplanned events” (Integrated Program Management Report–IPMR DI-MGMT-81861 page 9, ¶ 3.2.4.6). Management reserve is “on the sidelines.” MR has no scope. MR is not earmarked. MR stands in waiting.

 

Earned Value Management Reserve (MR) Compared To Financial Management “Contingency”

Because the audience reading this blog is most likely from the EVM community, I’ll offer a Financial Management example of a company that faces many risks and must manage those risks or be consumed by them. Altria Group, Inc. and Subsidiaries (stock symbol: MO) are in the tobacco, e-Vapor and wine business. Altria’s history clearly shows that the company measures and successfully mitigates the risks they face. Altria faces a blizzard of litigation each year and must protect its shareholders from that risk. So how does Altria manage known risks (mostly from litigation) and how does Altria handle unknown risks?

Altria is a publicly traded company and its annual report (10K) is available on-line to the public. This data is from their 2014 annual report.

I am an MBA, not a CPA, so I’ll stick to Altria’s 2014 balance sheet. For those not familiar with financial statements, a balance sheet has on its left hand side all of a company’s assets – what the company owns and uses in its business (current assets = cash, accounts receivable, inventory; long term assets = property, plant and equipment). The right hand side of a company’s balance sheet shows current and non-current liabilities and shareholders’ equity. The top right hand side of the balance sheet includes current and non-current liabilities (accounts payable, customer advances, current and long-term debt, and accrued liabilities like income taxes, accrued payroll and employee benefits, accrued pension benefits and accrued litigation settlement costs) and the bottom of the right hand side of the balance sheet includes shareholders’ equity consisting of common and preferred stock, paid in capital and retained earnings.

Altria’s 2014 annual report shows under current liabilities; accrued liabilities; settlement charges (for pending litigation Contingency note # 18) a value of $3.5 billion dollars. The 2013 amount was $3.391 billion dollars.

So Altria has “in play” $3.5B for litigation for 2014. In financial terms, Altria has recorded $3.5 billion in expense related to the litigation, probably over several years as it became more likely than not that a liability had been incurred and was reasonably estimable. In EVM terms Altria has $3.5B in their baseline, or earmarked, or in scope for litigation (court cases).

What happens if Altria ultimately has more than $3.5B in litigation settlement costs? What does Altria have waiting on the “sidelines” to cover the unknown risks? Essentially Altria has on its balance sheet waiting “on the sidelines” $3.321 billion in cash and the ability to borrow additional funds or perhaps to sell additional shares of stock to fund the settlement costs. In EVM terms Altria has $3.5B in its baseline (on its balance sheet) to manage the risks associated with litigation. Altria’s market capitalization at the market close on May 17, 2015 was $52.82 billion and its 2014 net revenues were $24.522 billion. It is reasonable to understand that Altria has more than enough MR.

 

Differences Between EVM MR and Financial Management Balance Sheet Reserves

In EVM, MR is only released to cover unplanned or unknown events that are in scope to the contract but out-of-scope to any control account. A cost under-run is never reversed to MR, and a cost over-run is never erased with the release of MR into scope.

In industry in general, and Altria in particular, if the “in play” current liability for settlement charges of $3.5B are not needed (an under-run), then Altria will reverse a portion of the existing accrued liability into income, thereby improving profitability. If Altria’s balance sheet reserve of $3.5B is insufficient, then Altria’s future profits will be reduced as an additional provision will be expensed to increase the existing reserve (an over-run).

[Humphreys & Associates wishes to thank Robert “Too Tall” Kenney for authoring this article.]

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Using the Same Rate for BCWS and BCWP

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Using the Same Rate for Budgeted Cost for Work Scheduled (BCWS) and Budgeted Cost for Work Performed (BCWP)
There is often an EVMS project managers debate regarding which rates to use for common budget costing EVMS data elements. For Actual Cost of Work Performed (ACWP), it is fairly obvious as the most recently approved actual rates are applied. A planning rate is generally used for BCWS and BCWP, but many in the EVM project management industry use incorrect rate application for the BCWP calculation. In some cases EVM contractors use a weighted average rate; the percent complete in hours multiplied by the dollarized BAC to derive the BCWP in dollars. This method is noncompliant with the EIA-748 Guideline 22 which states that if work is planned on a measured basis, then the BCWP must be calculated on a measured basis using the same rates and values. In other words, the rate and methods used to calculate BCWS and BCWP must be the same. As shown in Example #1, it can be seen that work planned in hours (BCWS) was performed as scheduled (BCWP) each month. Each hour was planned at a rate of $100/hour until the end of the calendar year when the rate increased to $105/hour. In this example, the rates used to calculate BCWS and BCWP are the same.
EVMS: BCWS & BCWP rate calculation example table #1
EVMS: BCWS & BCWP rate calculation example table #1

Example #2 below illustrates a very common scenario. In this example work that was planned in November and December was not completed until the next year. In January, the rate increased from $100 to $105. What should the BCWP in dollars be for both January and February?

EVMS: BCWS & BCWP rate calculation example table #2
EVMS: BCWS & BCWP rate calculation example table #2

For both January and February, the original 10 hours planned was earned at $105/hour equaling $1,050. The work that was planned in November and December, but completed late in January and February, was earned at its planned rate of $100/hour resulting in $1,000 of BCWP.  The sum ($1,050 + $1,000) equals the BCWP of $2,050 in each month. See the Example #3 graphic below:

EVMS: BCWS & BCWP rate calculation example table #3
EVMS: BCWS & BCWP rate calculation example table #3

Even though the rate was escalated in the new year, the BCWP that should have been earned in the prior year is calculated using the rate that was originally planned. The same approach would be logical if the work planned at $105 per hour were performed ahead of schedule in let us say, December of the prior year. It would be earned at $105 per hour even though it was performed in a time frame where the planning rate is $100 per hour. In some instances, business systems are programmed to earn as a percent of the entire Budget at Completion (BAC). This could result in an inaccurate BCWP dollar value. As an example, let us assume 10 hours are earned in September. If those 10 hours were 1/8 of the total BAC, then the BCWP dollars associated with this 10 hours would be $102.50 per hour and the contractor would be earning too much for those 10 hours. They must earn at the planned $100 per hour! Thus the rate used for BCWP is the same as for BCWS and is compliant with Guideline 22; one earns in the same manner as they plan to earn.

In summary, EVM concepts require that in order for the work to be complete, cumulative values of BCWS and BCWP must equal the BAC.  So, from a common-sense standpoint, if BCWP is earned at a different rate than that used for planning the BCWS, the Control Account (or even the Contract) cannot be closed properly.  Examples:

  • If BCWP earns at a lower rate, the BCWP would be, say, 98% of the BAC when the actual work is done.
  • Likewise, if BCWP earns at a higher rate, the BCWP would be, say, 105% of the BAC when the actual work is concluded.

Both of these scenarios violate the EVM concepts.

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Exact or Accounting Dates For Baseline Planning & Forecasting to Estimates to Complete – A Survey

Exact or Accounting for Baseline ReviewThe EVMS Guidelines, and other guidance, are not specific as to whether exact dates must be used to demonstrate system integration between the Work Authorization Document (WAD), Integrated Master Schedule (IMS) and Control Account Plan (CAP), or whether the use of accounting month start and complete dates meets the spirit and intent of the EIA-748 requirement.

To determine the industry trend, a survey was conducted regarding which dates contractors are using in the authorization, schedule and cost systems.

Background 

Some organizations view the Work Authorization Document (WAD) as the most important EVMS related document in their business management system because it is absolute proof that technical/schedule/cost information comes together in one place. For that reason exact dates are placed on WADs so that charge numbers are not opened before their schedule requires them to be open.

Other organizations are not so precise. They merely enter the first day of the accounting month that an effort is scheduled to commence. Some customer review teams insist on exact dates or they cite noncompliance with EIA-748. Survey participants were asked which dates, exact or accounting month start and complete, are entered in the cost, schedule and work authorization documents to demonstrate system integration. Participants were also asked about exact dates versus accounting month dates for Estimates to Complete (ETC) forecasts, and whether Level of Effort (LOE) tasks were planned in the schedule to obtain full resource loading of their projects.

Results

Fifteen (15) contractors responded to the survey and the results are displayed in the table below.  For all 15, the IMS was populated with exact dates for the baseline and current forecast.

  • Eleven (11) contractors used exact dates in the WADs and cost tool baselines and forecasts, thus matching the IMS.
  • Three (3) contractors consistently used the accounting month start and complete dates for the WAD baseline and cost tool baseline and forecast dates.
  • One contractor (Contractor 4) populated the WADs with accounting month dates while exact dates were used in the schedule and cost tools.  This contractor indicated that the WADs are being changed to reflect exact actual dates to match the IMS and cost tool and that this was a resource consuming endeavor.

 Baseline Planning & Forecasting to Estimates to Complete

Conclusion

From comments received, the contractors surveyed which use exact dates believe doing so was necessary to demonstrate cost and schedule integration.  They also indicated that increased sophistication of cost and schedule tools has made using exact dates much easier than it may have been in the past.  Because most of the tools used are able to accommodate exact date integration, it is now recommended that wherever possible, those dates be used in the work authorization, schedule and cost systems.

It is also recommended that changing the WAD dates based on actual start and completion dates is not a logical use of resources in that the schedule and cost tools capture actual performance and the WAD is generally a document that represents the baseline.

For more information about utilizing exact or accounting dates for baseline planning and forecasting to ETC for your projects, call Humphrey’s & Associates today.

Humphreys & Associates 35+ years in the EVM community

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Level Of Effort Decision Tree – Clarifying Source Articles

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Level Of Effort Decision Tree – Clarifying Source Articles

Updated January 20, 2021

 

Level of Effort Decision Tree – Introduction

If you have not read the LOE source articles, Level of Effort (LOE) Replanning and How to Avoid Corrective Action Requests Related to Level of Effort, it is necessary to read prior to these articles in order to have the context for the following subject matter.

Humphreys & Associates, Inc. prepared an EVM consulting article a couple of months ago in order to increase the awareness of Earned Value Management Systems (EVMS) reviews related to Level of Effort (LOE) replanning. This resulted in considerable attention because we did not adequately explain our intention.

We had hoped readers would recognize that there are many strong and diametrically opposed opinions on acceptable approaches to LOE replanning. An important point to remember is that the principal purpose of an EVMS is to provide adequate information from which to make logical, well-informed decisions based on the best data available.

Our article resulted in a request for the National Defense Industrial Association (NDIA) Integrated Program Management Division (IPMD) to address this topic in its EVMS Clearinghouse Working Group. The company that submitted the issue used one of the approaches that we listed, which led to a DCMA Discrepancy Report. Consequently, they were clearly concerned. To address that one issue would not have provided an intelligent approach – it would have resulted in even more concerns for other organizations. For that reason, we chose to provide an update to our article in the form of a “white paper.” We do not address the many approaches being employed, as some display thinking that is “way out of the box;” such as earning whatever the actual costs are – as opposed to the budget.

We chose to leave some of those approaches out of the options addressed below. One could almost conclude that we are observing the classic consultant response to some issues – “It depends.”

BACKGROUND

The distinctive feature of the Level of Effort (LOE) earned value technique is that it earns value through the passage of time with no consideration of any work being performed. Therefore, it can earn value with no incurrence of actual costs and incur actual costs without earning value. Both of these conditions are currently considered by some DCMA review teams as noncompliant to the EVMS Guidelines (#16 and/or #22) that could result in a DCMA issued Corrective Action Request (CAR).

This is usually not an issue for the typical LOE that is support to the entire project (e.g., project management, contract management, financial management, systems engineering, security, safety, etc.) because these efforts almost always start on time and only face a problem if the support extends past the contract baseline. However, it is frequently an issue for LOE that provides support to discrete efforts that could slip or be moved up for various reasons (e.g., test site availability, equipment failures, successes that eliminate future planned effort, etc.) if the LOE work is not allowed to be replanned to the time period where the discrete work is actually being performed.

The LOE baseline period of performance should match the discrete effort’s period of performance. While the discrete effort can occur early or late and have earned value and actual costs coincide, that is not necessarily true for the supporting LOE, because it earns its value as planned in the baseline regardless of when the work actually starts or when the actual costs are incurred. The examples below show the possible LOE conditions when discrete effort starts early, finishes early, starts late, and finishes late. Each condition trips a significant item of concern when the DCMA runs its diagnostics of a contractor’s EVMS data:

If the discrete effort starts early, and LOE is not allowed to replan, LOE incurs ACWP with no BCWP.

H&A 1 - LOE Decision Tree

If the discrete effort finishes early, the remaining months of LOE support earn BCWP with zero ACWP.

H&A 2 - LOE Decision Tree

If the discrete effort starts late, LOE earns value (BCWP) with no actual costs (ACWP).

H&A 3 - LOE Decision Tree

If the discrete effort finishes late, LOE incurs ACWP without accompanying BCWP because the BCWP now equals the BAC. However, when the support effort’s manager reports an EAC that includes the to-go LOE to report an accurate EAC, it creates the situation of EAC>ACWP with BCWP=BAC, again tripping a DCMA significant item of concern.

H&A 4 - LOE Decision Tree

These conditions have resulted in Corrective Action Requests (CARs) from some local DCMA representatives because they are identified as significant items of concern by the DCMA diagnostics. Unfortunately, the diagnostics applied to discrete work packages are also applied to LOE tasks. There is no consideration of the special circumstances associated with LOE in the diagnostic software being used by review teams.

It is important to note that LOE is often (erroneously) called a work package just like discrete effort is called a work package and, therefore, work package rules are automatically applied to LOE. But not all work package attributes apply to LOE. For example, LOE does not consist of discrete tasks, is not required to be of short duration, and does not measure performance. The special circumstances of LOE were recognized in 1991 by the Department of Defense issuance of the Performance Measurement Joint Executive Group (PMJEG)’s Supplemental Guidance to the Joint Implementation Guide (JIG) involving the Cost/Schedule Control Systems Criteria (C/SCSC). Section 3-6, Revisions, subsection b (Internal Replanning) specified special handling of LOE for the circumstances cited above. However, the JIG Supplemental Guidance has not been incorporated into current implementation guidance. Please note that some DCMA EVMS Center of Excellence personnel have stated that the 1991 JIG Supplemental Guidance is applicable to current guidance. This is the way it used to be and was understood by all. But that position has not been documented and distributed to DCMA field office personnel, resulting in different determinations as to which actions are allowable and which are not. Many DCMA field office EVMS personnel have never been exposed to the JIG Supplemental Guidance. Those that are aware of the 1991 JIG Supplemental Guidance or who would agree with the JIG Supplemental Guidance approach as being compliant tend not to create CARs for the same conditions, while, unfortunately, those who are not aware of the Guidance write CARs.

INTRODUCTION TO THE DECISION TREE

The following decision tree relies heavily on the JIG Supplemental Guidance for recommending actions to avoid CARs. It is organized in outline format with major sections being the four discrete effort status possibilities that can cause LOE to result in a CAR as shown above. The first sub-topic in each section is the supporting LOE condition that results in tripping a significant item of concern in the diagnostic software DCMA employs from the Data Call before arriving on-site. The second sub-topic provides a quotation from the PMJEG Supplemental Guidance to the C/SCSC JIG, Section 3-6 Revisions, Subsection b. Internal Replanning that applies to the identified condition. The third sub-topic provides suggestions on how to implement the guidance to avoid the condition. The following sub-topics provide the advantages, disadvantages, and reporting requirements for each avoidance action.

In presenting these actions we need to make the point that depending on the interpreter none of these or only some of these would be acceptable to a DCMA reviewer. We are merely attempting to bring forth the options observed so that many can consider which approach is best for them and then use simple examples to present their desires to their customers.

Note that JIG references to “cost account” apply to control accounts.

LEVEL OF EFFORT (LOE) DECISION TREE

OUTLINE

Discrete Effort Starts Early

  1. Condition that may result in a DCMA CAR
    1. The LOE BCWS does not start until a later period (cannot earn value in the current period).
    2. LOE has ACWP without BCWP, a significant item of concern condition.
    3. Applicable JIG Supplemental Guidance, Internal Replanning
      1. Paragraph (3)(c).
      2. “Replan future LOE to correlate to the changes in work. LOE, whether planned in separate cost accounts or as part of predominantly discrete cost accounts, has additional flexibility and may be adjusted within the current accounting period without government approval, provided no actual costs (ACWP) have been charged to the LOE.”
      3. How to implement the Supplemental Guidance
        1. In the current accounting period, replan the LOE to begin in the current period.
        2. Determine whether the discrete effort’s early start will result in an early finish (length of the period of performance remains the same).
          1. If so, no BAC change should occur – only the shift in the BCWS.
          2. If not, either provide additional BAC from MR or re-spread the BAC over the revised future period of performance (often called the “peanut butter” approach).
  2. Advantage
    • Avoids the ACWP without BCWP condition.
  3. Disadvantage
    • Changes the baseline in the current period. If the local DCMA office is not aware of the Supplemental Guidance or knows about its existence but disagrees with it, a CAR may be issued. Also, some DCMA teams consider the stretching out of current budget over a longer period of time as creating “token budgets” – for which they have written CARs.
  4. Reporting requirement
    • Must be reported in Integrated Program Management Data and Analysis Report (IPMDAR) database for Format 5.

Discrete Effort Finishes Early

  1. Condition that may result in a DCMA CAR
    1. The discrete effort has finished early and if the LOE had not previously been replanned in anticipation of the early finish, no LOE support effort would be required for the remaining period(s) of the LOE BCWS that must still earn value.
    2. The LOE has BCWP without ACWP, a significant item of concern condition.
    3. Applicable JIG Supplemental Guidance, Internal Replanning
      1. Paragraph (3)(b).
      2. “Replan incomplete future work and adjust the work package budget at completion (BAC) to reflect the change in accordance with normal replanning guidance…”
      3. How to implement the Supplemental Guidance
        1. Because the “incomplete future work” has been eliminated, close the LOE package. The BCWS will already be equal to the BCWP earned to date.
        2. Subtract the BCWP from the BAC and return the BCWR initially to the UB Log and subsequently to the MR Log.
        3. If this can be achieved in the period in which the discrete effort was completed, this is a change to the next accounting period, thus avoiding a change to the current period baseline.

        NOTE: There is another point to be made here. The LOE task was to support the discrete work scope no matter how long it took. If the discrete task finished early because its work scope was reduced, the LOE task requirement was also reduced and the above action is justified. If the discrete task simply finished early, this would be a cost variance in that it cost less to support the unchanged work scope. The above action would be done solely to avoid the BCWP without ACWP condition.

  2. Advantage
    • Avoids the BCWP without ACWP condition.
  3. Disadvantage
    1. If the change is made in the same period in which the discrete effort was completed (or a prior period), there is no disadvantage although some would argue that this approach would be “changing budgets based on performance” which is akin to using MR to hide true cost variances.
    2. If the change is made in the period subsequent to the completion of the discrete effort, the current period baseline will change. If this is a repetitive occurrence, it probably means that a contractor is constantly changing the baseline to avoid true cost variances; therefore, it may result in a DCMA CAR.
  4. Reporting requirement
    • Must be reported in IPMDAR database for Format 5 (MR was increased).

Discrete Effort Starts Late

  1. Condition that may result in a DCMA CAR
    1. The discrete effort has not started (no ACWP or BCWP), hence no LOE was required. This results in zero ACWP for the LOE, but it does report BCWP because of the passage of time.
    2. The LOE has BCWP without ACWP, a significant item of concern condition.
    3. Applicable JIG Supplemental Guidance, Internal Replanning
      1. Paragraph (3)(c).
      2. “Replan future LOE to correlate to the changes in work. LOE, whether planned in separate cost accounts or as part of predominantly discrete cost accounts, has additional flexibility and may be adjusted within the current accounting period without government approval, provided no actual costs (ACWP) have been charged to the LOE.”
      3. How to implement the Supplemental Guidance
        • In the current month replan the LOE to begin in the month that the discrete effort is currently scheduled to begin.
  2. Advantage
    • Avoids the BCWP without ACWP condition.
  3. Disadvantages
    1. Changes the baseline in the current period. If the local DCMA office is not aware of the Supplemental Guidance or disagrees with the Supplemental Guidance, a CAR may be issued.
    2. If the discrete effort recovers its schedule variance, the LOE will be put in the position of having BCWP yet to be earned with no LOE required (equivalent to the early finish condition presented below).
  4. Reporting requirement
    • Must be reported in IPMDAR database for Format 5.

Discrete Effort Finishes Late

  1. Conditions that may result in a DCMA CAR
    1. The LOE incurs ACWP with no accompanying BCWP.
    2. The LOE incurs ACWP with no accompanying ETC, usually indicated by ACWP>EAC.
    3. Both of these are significant items of concern conditions.
    4. Applicable JIG Supplemental Guidance, Internal Replanning
      1. Paragraph (3)(b).
      2. “Replan incomplete future work and adjust the work package budget at completion (BAC) to reflect the change in accordance with normal replanning guidance…”
      3. How to implement the Supplemental Guidance
        1. In or before the last period of performance of the LOE, replan the LOE to cover the extended discrete effort.
        2. Use one of two methods to provide budget for the additional effort:
          1. If ACWP is less than BCWP, recover budget from the previously earned LOE BCWP by using the single point adjustment technique of setting BCWS and BCWP equal to ACWP and replan the recovered budget (BAC minus BCWP) into the future.
          2. If ACWP is equal to or greater than BCWP, but less than BAC, replan the unearned budget (BAC minus BCWP) into the future.

        NOTE: Alternative to 3) implementing the Supplemental Guidance

        1. Allow the LOE package to complete without replanning, which results in accepting the ACWP without BCWP condition.
        2. To mitigate the severity of this approach, be certain to provide an ETC for the periods beyond the LOE baseline period of performance. This action would avoid an ACWP>EAC condition.
  2. Advantages
    1. Avoids the ACWP without BCWP condition.
    2. Avoids the ACWP>EAC condition.
  3. Disadvantage
    • There will be a baseline change in the current period. Because ACWP has occurred, the LOE exception to be able to make a change in the current period if no ACWP has been recorded does not apply. Therefore, a DCMA CAR may be issued.
  4. Reporting requirement
    • Must be reported in IPMDAR database for Format 5.

Observations/RECOMMENDATIONS based on the foregoing:

  1. First and foremost, because many DCMA personnel are not familiar with the JIG Supplemental Guidance or may not agree with it (remember that the DCMA Center of Excellence has not formally confirmed that the JIG Supplemental Guidance remains in effect), contractors must determine the desired approach of the cognizant DCMA personnel for handling the LOE conditions noted above. Early discussions to determine acceptable approaches to the LOE special conditions will avoid many of the CARs/DRs being issued.
  2. Eternal vigilance is required. If a potential change in the performance period of the discrete effort becomes apparent sufficiently early, the change can be accomplished with little chance of incurring a DCMA CAR. This assumes that people recognize the right to change LOE in an “open LOE task”.
  3. The DCMA Center of Excellence must officially transmit additional guidance to the DCMA field offices to ensure consistent application of EVMS Guideline requirements to LOE.
  4. Some may suggest using the Apportioned Effort technique in lieu of LOE, but that would require that the supporting budget be estimated as a percentage of the discrete effort and its time-phasing be established at the same percentage as the time-phasing of the base. Usually, LOE budget is based on an average level of support that is inconsistent with or has a “loose” relation to the discrete package’s time-phasing.
  5. One alternative approach is to consider short duration (3-4 months) LOE for supporting discrete effort. An advantage to this approach is that while the first LOE in the series might incur a significant item of concern condition, the following efforts could be adjusted without penalty.
  6. Another alternative approach is to make the entire support effort a percent complete EVT work package with the Quantifiable Backup Data (QBD) being the milestones in the supported discrete effort.
  7. If the LOE has been reported as complete in the prior month, it has been suggested by some in the DCMA EVMS Center of Excellence that the LOE BCWP that has already been earned can be “harvested” to budget a continuation of the LOE past its original period of performance. This was not a consideration of the JIG Supplemental Guidance and most would argue that this approach is in direct conflict with Guideline 30. Contractors should not use this method unless it is formally approved by the DCMA EVMS Center of Excellence.

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