contingency and project budgeting wtd management team
DESCRIPTION
Background Project Control asked to verify whether or not WTD capital projects take twice as long and cost twice as much as anticipated BFO hired to study in depth, WTD’s historical capital project performance Findings from Analysis of completed WTD capital projects initiation - projects take 120% longer and cost 71% more than budgeted baseline - projects take 61% longer and cost 32% more than budgeted average capital project takes 10.5 years to completeTRANSCRIPT
Contingency and Project Budgeting WTD Management Team
September 11, 2012 Background Project Control asked to verify
whether or not WTD capital projects take twice as long and cost
twice as much as anticipated BFO hired to study in depth, WTDs
historical capital project performance Findings from Analysis of
completed WTD capital projects initiation - projects take 120%
longer and cost 71% more than budgeted baseline - projects take 61%
longer and cost 32% more than budgeted average capital project
takes 10.5 years to complete Behind the Analysis Initiation:
Baseline:
public sector budget process forces publication of premature
information do not account for future cost of doing business,
technology, complexity managed solution concept, only the name and
outcome remain the same Baseline: historically set prior to
sufficient engineering (30% predesign vs. baseline) emphasis on PMI
beginning to improve performance (projects are long term) Do not
follow industry standards for estimating, budgeting contingency or
presenting cost ranges Culture of budgeting lowest most optimistic
cost, not most probable WTD capital project driver appears to be
scope/quality, not budget or schedule Average project takes two
years to start after approval What Are The Implications Of The
Analysis and Findings?
Externally suggests WTD can deliver more projects than actual
performance leaves impression that most capital projects are over
budget can erode public trust Internally not achieving lowest most
optimistic cost equates to a continuous budgeting effort do not
proactively manage capital plan, instead react to the rate and cope
continually delaying and/or postponing projects exacerbates the
problem What Steps Can Be Taken To Improve Project and Program
Budgeting?
Modify estimating and budgeting practices, target more likely
project cost revise contingency policy to be closer to industry
standards ensure estimated construction cost is reflective of
actual bid amount (project budgets are based upon construction
estimate) incorporate and accept cost ranges per AACE 18-97R update
estimating manual, consistent format incorporate range estimating
practices rebaseline when necessary (trending) Contingency Defined
Contingency
cost or time reserve used to manage identified risks or
known-unknowns integral part of the risk management process and a
necessary part of the capital project budget provides a means to
mitigate the risk of uncertainty and unforeseen events within the
project scope that are inherent in capital projects generally
included in most estimates, and is expected to be expended
controlled by the project manager Contingency cont. WTD
Issues
often misunderstood appears to have become catchall, not a managed
tool hides or masks many problematic issues used to fund work
outside original scope of project has become a fund for known
elements, not easily estimated. current example: siphon
inlet/outlet structures ancillary structures mitigation 25% pipe
upsizing contingency being used faster than policy suggests faster
usage masks increasing costs and scope Most WTD Capital Projects
Effectively Start with No Contingency Management Reserve Management
Reserve
cost or time reserve that is used to manage unidentified risks or
unknown-unknowns provides a means to mitigate the risk of
uncertainty and unforeseen events outside the project scope
management reserve is controlled by someone outside the project
team Current WTD Contingency Policy
Origins date back to the 2004 accomplishment rate assumed rate, 82%
actual rate achieved, 66% Concern that Council would react to low
performance and approve future budget requests proportionally
Current WTD contingency policy went into effect in 2005 WTD 2005
Contingency Policy
Contingency: When entering contingency, use the percentages listed
below -- this means PMs will revise contingency during each phase
of the project. The Portal has two places to enter contingency
project and construction. In both cases, contingency will be loaded
in the close-out year of each project. If your project does not
have a construction component, use the project contingency only.
The contingency will be based on total project costs. PMs should
get approval from their Section Manager and the Finance Section for
exceptions to this policy. Example: Project X is currently in
predesign with all activity to be complete in Further, the total
project cost is $10 million, of which $5 million is for
construction. The total contingency is $2,000,000 ($10M*.20) of
which $500,000 (.1* $5,000,000) is construction contingency and
$1,500,000 ($2,000,000 - $500,000) is project contingency to cover
the unknowns and unexpected events. These amounts would be entered
in 2008 only. Estimate Classification for Process Industries AACE
Project WTD Total Project Construction Class Definition Analog
Contingency Contingency Contingency Class % Planning 30% 20% 10%
Class % Pre-Design 20% 10% 10% Class % Design 15% 5% 10% Class %
Construction 10% 0% 10% Please keep in mind when putting your
budget together that there is $10 million in program contingency
available for projects if the need arises during the year. This
authority can be transferred to a project up to 15% of total
project costs without exceptional reporting requirements. 2005
Policy Effects Intended Effects Unintended Effects
helped eliminate best case, padding, hoarding mentality contained
within annual project budgets placed contingency in last or out
year since 2005, accomplishment rate averaging over 90% Unintended
Effects reducing contingency levels below industry standards
resolved annual fiscal objective, but sacrificed overall project
budgets Project Budget/Contingency Example Planning Level Budget
Estimate Example Contingency Variance versus Recommended Practice
Green/Yellow/Red Reporting
Contingency Reporting Contingency Schedule Cost Cost Contingency
Depleted / Budget Increase Time Implementing Change Begins by
Revising Contingency Policy/Practices
Construction Contingency design contingency (allowance) pricing or
market conditions construction contract change orders (10% per Con
) all are known-unknowns Project Contingency intended to cover the
costs of identified risk register items not all risks are funded,
portion determined by project team only covers risks associated
with chartered scope of work only used when a planned risk
materializes, known-unknown Management Reserve (Flexible Spending
Ordinance) encompasses issues that were unforeseen and not expected
seldom used, at discretion of WTD management/finance referred to as
unknown-unknowns Budgeted Construction Costs Need to Reflect Actual
Bid Amount
Estimated construction costs should reflect expected final
construction costs. significant known-unknown construction costs
cannot be defaulted to project contingency misleading and
underscores total construction and project costs Allied costs,
sales tax, construction change and other modeled costs all
calculated as a percent of construction budget low construction
estimate effectively underfunds all other aspects of project budget
AACEi Recommended Practice 18-97R (Association for the Advancement
of Cost Engineering International) 18-97R (2011 update) Handout
Cost Estimate Classification Matrix (page 2) Estimate Input
Checklist and Maturity Matrix (page 9/10) Accuracy Range versus
Range Estimating accuracy range is +/- a percentage based upon
design definition range estimating determines the probability of a
cost overrun and determines the required contingency needed in an
estimate to achieve a desired level of confidence uses statistical
modeling such as Monte Carlo simulation Draft WTD Contingency and
Accuracy Range Matrix
WTD Matrix Combines: WTD Phases WTD Deliverables WTD Gates AACE
Estimate Classifications AACE Degree of Project Definition AACE
Accuracy Ranges WTD Contingency Categories and Recommended Amounts
design, pricing, change order and project WTD Draft Contingency
Matrix Project Budget/Contingency Example Planning Level Budget
Estimate Example Range Estimating Monte Carlo simulation new tool
within WTD
statistical tool that shows the probability or confidence level of
an estimated cost being achieved the contingency which is
determined is total required contingency does not reflect
management reserve, the discretionary amount added to an estimate
for possible scope changes or unknown future events which cannot be
anticipated by the project team Rebaseline Definition and
acceptable use being developed by CPMWG
Not a dirty word or concept Does not equate to a clean slate Used
when changes to the scope are necessary or the result of a desired
business decision Approval comes from management Estimating
Guidelines
Formatted into two chapters: Chapter 1 For internal use. Describes
the what, why and how of WTDs project budgeting process(es) Chapter
2 For internal and/or external estimating staff concentrates on
capital construction estimating describes required level of detail,
order and formats introduces requirement to present estimates in
WBS format Change Can be Difficult
WARNING!!!! WARNING!!!! WARNING!!!! WARNING!!!! WARNING!!!!!
Revised approach would be phased in, not implemented all at once
Reaction likely to be that suggested costs are too high Revised
method splits the difference between budgets and actuals If scope
increases are not deflected/avoided, costs will be higher Project
expansion through scope changes/increases or business decisions
must be accompanied by a rebaseline event Conclusion /
Questions
?