BETA
Check out the Understanding the Decision Guide page
Description: This key decision establishes a consistent methodology for estimating project costs for both the long range transportation plan and the TIP. It also documents the specific requirements and restrictions associated with each funding source. By establishing consistent project cost methodology and revenue requirements as well as the overall available revenue from PRO-1, this ensures that the fiscal constraint for the plan and the TIP are consistent.
There is information developed in prior key decisions that informs this step.
To develop a method for estimating associated project costs and establish the criteria for revenue allocation. This should occur prior to the identification of specific deficiencies and potential solutions so that criteria are not targeted toward particular projects.
• A method for estimating project costs that can be used across the region by local governments, private developers, MPO staff, and others, so that project costs are developed uniformly to allow comparison.
• A document identifying the restrictions and requirements for each for available revenue sources.
Partner Roles | ||
|---|---|---|
FHWA |
Advisor |
Ensures project cost and revenue allocation are inclusive, consistent, and appropriate |
MPO |
Formal Decision Maker |
Approves a methodology for consistently identifying project costs and allocating revenue that is easily understood by partners and stakeholders |
Resource Agency |
Observer |
Observe the project cost and revenue allocation development. |
State DOT |
Advisor |
Ensures project costs and revenue allocation are reasonable and consistent with state plans and programs |
Process |
Integration Type |
Integration Description |
|---|---|---|
| Land Use and Smart Growth | None. | None. |
| Air Quality Conformity | None. | None. |
| Natural Environment and the IEF | Data From IEF Step 5 - Establish & Prioritize Ecological Actions | IEF Sub-step 5c includes a comparison of the cost of conservation and restoration opportunities. The data and methods used in this sub-step should inform PRO-2 to account for the cost of mitigation. | Data From IEF Step 6 - Develop Crediting Strategy | In IEF Step 6, a specific crediting strategy is developed for mitigation, along with data that can be used to determine the cost and value of mitigation. This data should inform PRO-2 to account for the cost of mitigation. |
| Capital Improvement | None. | None. |
| Safety and Security | None. | None. |
| Human Environment | None. | None. |
| Economic Development | Data | • Metrics currently used to track economic vitality or competitiveness. • Analytical methods to measure and evaluate the project's impact on economic competitiveness. |
| Greenhouse Gas | Data | Costs associated with individual GHG-reducing strategies Revenue sources identified in PRO-1 and their associated requirements Cost of various GHG emissions mitigation measures that can be applied during project development and/or construction |
Linkages to other Phases of Transportation Decision Making | ||
|---|---|---|
Key Decision |
What is Linked? |
Purpose of Linkage |
From Long Range Transportation Planning |
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LRP-5 - Approve Financial Assumptions |
Documented revenue restrictions, overall revenue for the plan, and the methodology for estimating project costs. |
To ensure consistency between programming and fiscal constraint in the long range plan. |
From Corridor Planning Studies |
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COR-1 - Approve Scope of Corridor Planning Process |
Project cost methodology and restrictions and requirements for allocating revenue. |
To inform the scoping process for corridor planning and ensure consistency with the long range plan (where applicable). This establishes general financial parameters for the corridor study. |
Policy Questions |
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|---|---|
Questions about purpose and roles |
For P3 projects, has a MOU been established with the private sector partner regarding sharing of cost and revenue estimates? |
Questions about stakeholders |
No specific questions. |
Questions about the transportation process supporting the decision |
Are mitigation actions anticipated for any potential negative impacts of P3 projects? If so, have mitigation costs been considered in the identified project costs? |
Are the methodology and documentation clearly stated so that it can be easily understood by all? | |
Are the revenue sources broad enough to allow consideration of transportation and non-transportation solutions to address our vision and goals? | |
For P3 projects, does information exist about the time period over which the project will be funded or revenues will be generated? | |
Is the approach to assigning costs and allocating revenues inclusive enough to cover costs, revenues, financing, and implementation issues relevant to P3 projects? | |
Questions about other phases |
No specific questions. |
Questions about non-transportation sectors/processes |
Does a mitigation strategy exist for potential adverse economic impacts? |
Does a regional mitigation strategy exist and have data and methods used to estimate the cost of mitigation as part of ecological planning been considered? | |
How will GHG emission mitigation measures be reflected in project costs? | |
Should higher priority be given to GHG-reducing projects with significant payback? For example, through energy savings or revenue generation (e.g., alternative fuel/vehicle deployment and pricing projects). | |
Will long-term operations and maintenance of individual projects that may reduce or increase GHG emissions be factored into the costing methodology? | |
Questions to Gather Stakeholder Interests |
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None. |
Questions to Incorporate Stakeholder Interests |
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None. |
Case Study Example(s): |
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Supporting Data for the Key Decision |
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|---|---|---|
From other phases of transportation decision making |
Long Range Planning |
No Specific Data | Programming |
Methods used for cost estimation from previous studies |
PRO-1: Available revenue |
Corridor Planning |
No Specific Data |
Environmental Review |
No Specific Data |
From other sectors and processes |
Land Use and Smart Growth |
No Specific Data | Air Quality Conformity |
No Specific Data |
Natural Environment and the IEF |
Methods used in ecological planning to compare the cost of conservation and restoration opportunities |
Methods used to develop a crediting strategy for mitigation |
Cost and value of mitigation |
Capital Improvement |
No Specific Data |
Safety and Security |
No Specific Data |
Human Environment |
No Specific Data |
Economic Development |
Metrics and analytical methods to evaluate impact on economic competitiveness |
Greenhouse Gas |
Cost of various GHG emissions mitigation measures that can be applied during project construction or development |
Projections of revenues or savings, if any, from specific GHG-reducing projects |
From the transportation technical process supporting this key decision |
Methods used for cost estimation at the state level | |
Data on individual revenue resources and their requirements and restrictions | ||
Data from research on similar regions to inform methodology approaches | ||
Per lane mile cost for highway improvements | ||
Bridge / culvert replacement costs | ||
Operating and capital costs for public transportation | ||
Right of way costs | ||
Functional classification of roads in the region related to preliminary design parameters | ||
Inflation adjustments to consider | ||
Trend line data on cost estimating and cost over-runs where available | ||
Operating and maintenance cost for system (other than public transportation) | ||
Factors for operations and maintenance relevant to each project or program type (only if long-term operations and maintenance costs will be applied at the project level) | ||
Financing and revenues related to P3 projects | ||
Project implementation costs specific to P3 projects | ||
From stakeholder collaboration |
No Specific Data | |
From public private partnership |
No Specific Data | |
Supporting Tools and Technology | |
|---|---|
Category |
Detail |
Analysis |
Financial Planning Tools: Used to validate estimate of project costs, using metrics from past projects. Also, can perform risk and uncertainty analysis, to determine expected variations or sources of cost overruns. |
Key Decision Relationship to Other Topics | |||
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| Topic | Description | ||
| Performance Measures |
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| Public-Private Partnerships |
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