Government Contractor Proposal Pricing: Rate Buildup and Cost Proposals

Winning a government contract and pricing a government contract are two different disciplines. A contractor can write a compelling technical proposal, score well on past performance, and still lose the award because the cost proposal does not hold together. On cost-reimbursable contracts the price is the cost itself, which means the government scrutinizes every element of the buildup from base labor rates through indirect rates to fee. On competitive fixed-price contracts the government may not see the internal rate buildup at all, but the contractor needs it to price accurately and protect margins. Either way, the rate buildup is the engine behind the price, and a contractor who does not understand it will either leave money on the table or submit a proposal that the Defense Contract Audit Agency (DCAA) will tear apart.

How does contract type affect proposal pricing?

The contract type determines who bears cost risk, and that risk allocation changes how much the proposal pricing matters for profitability.

A firm-fixed-price (FFP) contract places all cost risk on the contractor. The government pays the agreed price regardless of what the work actually costs. If the contractor’s rate buildup underestimates indirect costs or labor hours, the contractor absorbs the loss. If the estimate is conservative, the contractor keeps the savings. The pricing analysis is entirely the contractor’s internal exercise. The government evaluates the proposed price for reasonableness, but once the price is agreed, the contractor’s actual cost structure is irrelevant to the payment. FFP contracts carry the highest profit potential and the highest loss potential, which is why they command the highest fee percentages.

A cost-plus-fixed-fee (CPFF) contract places most cost risk on the government. The government reimburses the contractor’s allowable, allocable, and reasonable costs, plus a fixed dollar fee that does not change regardless of actual costs. The contractor still needs accurate forward pricing rates for the proposal because the estimated cost determines the negotiated fee amount (a percentage of estimated cost, converted to a fixed dollar figure at award). But the ongoing financial risk is lower because cost overruns are the government’s problem, not the contractor’s, as long as the costs are allowable under FAR 31 and the contract ceiling is not breached.

A cost-plus-incentive-fee (CPIF) contract shares cost risk between the parties through a formula. The contractor and government agree on a target cost, a target fee, a minimum fee, a maximum fee, and a share ratio (for example, the government absorbs 80% of overruns and the contractor absorbs 20%). The proposal pricing needs to be accurate because the target cost determines the baseline around which the incentive structure operates. An unrealistically low target cost will push actual costs into the overrun band, reducing the contractor’s fee toward the minimum.

A cost-plus-award-fee (CPAF) contract reimburses costs and provides a base fee plus an additional amount determined by the government’s subjective evaluation of contractor performance. The pricing mechanics are similar to CPFF, but the fee at risk is earned through performance ratings rather than cost control.

Time-and-materials (T&M) contracts pay the contractor a fixed hourly rate for each labor category plus actual material costs. The hourly rate is fully burdened, meaning it includes direct labor, all indirect costs, and profit. Proposal pricing for T&M work focuses on the hourly rates and the estimated hours. Because the rate already includes profit, there is no separate fee line, though the contractor’s internal rate buildup must still account for indirect cost recovery and margin.

Labor-hour (LH) contracts work the same way as T&M except there are no material costs. The government pays only the fixed hourly rates multiplied by hours worked.

The choice of contract type is the government’s, driven by the nature of the requirement and the degree to which the scope of work can be defined in advance. The contractor’s job is to understand which type applies and build the cost proposal accordingly. The rest of this guide focuses on the rate buildup mechanics that apply across all contract types, with particular emphasis on cost-reimbursable contracts where DCAA audits the proposal directly.

What is the structure of a cost proposal?

A cost proposal presents the total estimated price broken down into its component cost elements, with enough supporting documentation for the government to evaluate each element. The standard structure follows the cost element breakdown in the government’s request for proposal (RFP), which typically mirrors the contract cost categories.

The major cost elements are direct labor (broken down by labor category, hourly rate, and estimated hours), fringe benefits (applied to direct labor), overhead (applied to direct labor), other direct costs (travel, materials, equipment, and other non-labor costs charged directly to the contract), subcontractor costs (with supporting documentation), G&A expense (applied to the total cost base), and fee or profit.

Each element builds on the ones before it. Direct labor is the foundation. Fringe is applied to direct labor dollars. Overhead is applied to direct labor dollars. These three elements (direct labor, fringe, and overhead) combine to form the contract’s direct cost base. Other direct costs and subcontractor costs are added. G&A is then applied to the entire cost base (or to the value-added base, depending on the contractor’s indirect rate structure). Fee is applied last, as a percentage of total estimated cost.

The proposal must also include a basis of estimate (BOE) narrative for each cost element. The BOE explains what work is being performed, how many hours were estimated, why the labor categories were selected, what drives the other direct costs, and how the subcontractor estimates were obtained. DCAA and the contracting officer use the BOE to evaluate whether the proposed costs are realistic and supportable. A proposal with solid numbers but no narrative explaining how those numbers were derived will draw questions and potentially a deficiency finding.

How does the rate buildup work, step by step?

The rate buildup converts a base labor rate into the fully burdened rate that the contractor uses to price cost-reimbursable work or to build the price on fixed-price proposals. The math is multiplicative: each indirect rate layer compounds on top of the prior layers.

The clearest approach is a sequential buildup through the cost elements rather than a single formula, because the allocation bases for overhead and G&A may differ.

Start with the direct labor rate for a given labor category. For a Senior Systems Engineer earning $65/hour:

Step 1: Apply fringe. At a 35% fringe rate: $65.00 x 0.35 = $22.75 in fringe. Running total: $87.75.

Step 2: Apply overhead. At a 22% overhead rate on direct labor dollars: $65.00 x 0.22 = $14.30 in overhead. Running total: $102.05.

Step 3: Apply G&A. At a 9% G&A rate on total cost input: $102.05 x 0.09 = $9.18 in G&A. Running total: $111.23.

Step 4: Apply fee. At an 8% fee on total estimated cost: $111.23 x 0.08 = $8.90 in fee. Fully burdened billing rate: $120.13/hour.

The wrap rate (the ratio of the fully burdened rate to the direct labor rate) in this example is $120.13 / $65.00 = 1.848. Every dollar of direct labor generates $1.85 in billings.

Note that overhead is applied to direct labor dollars (the $65.00 base), not to the subtotal after fringe. This is because the overhead allocation base is direct labor, not burdened labor. The fringe amount does not receive an additional overhead allocation. G&A, however, is applied to the running total (which includes fringe and overhead), because the G&A base is total cost input. These base distinctions are critical. Applying overhead to the post-fringe subtotal instead of the direct labor base is a common arithmetic error that overstates the proposed cost.

For a deeper explanation of how the indirect cost pools are constructed, the allocation bases selected, and the distinction between forward pricing rates and actual rates, see the indirect rate structure guide.

What are forward pricing rates and how do they differ from actual rates?

Forward pricing rates are the estimated indirect rates a contractor uses to price future work. They represent the contractor’s best estimate of what its fringe, overhead, and G&A rates will be during the period of contract performance. They are inherently projections, not historical facts.

Actual rates are determined after the fiscal year ends, when the contractor computes its real indirect costs and real allocation bases from the accounting records and submits the incurred cost submission to DCAA. The incurred cost audit reconciles what was billed at provisional rates during the year against what the actual rates turned out to be, and adjustments are made accordingly.

The distinction matters for proposal pricing because multi-year contracts will be performed at rates the contractor cannot know with certainty at the time of proposal. A contractor submitting a proposal in 2026 for a three-year contract (2027-2029) must estimate what its indirect rates will be in each of those three years. The estimate must account for projected changes in labor volume, planned hiring, anticipated benefit cost increases, facility changes, and expected business development activity.

DCAA may audit the contractor’s forward pricing rates through a Forward Pricing Rate Recommendation (FPRR) audit, also called a forward pricing rate proposal (FPRP) audit. In this process, the contractor submits its projected rates with supporting documentation (projections of pool costs and base amounts for each future fiscal year), and DCAA reviews the projections for reasonableness. DCAA then issues a recommendation to the contracting officer, who uses it as one input in negotiating the contract price. The FPRR is a recommendation, not a binding determination, but contracting officers rely heavily on it.

Contractors who do not have a DCAA-audited FPRR must support their forward pricing rates in each individual proposal. This typically means providing the projected pool and base amounts, explaining the assumptions behind the projections, and showing how the forward pricing rates reconcile to the most recent actual rates with adjustments for known changes.

Using actual (historical) rates from the most recent completed fiscal year is a common mistake in proposal pricing. Actual rates reflect past conditions, not future ones. If the contractor added ten employees last month (increasing the labor base and potentially reducing indirect rates), the actual rates from last year do not reflect the dilution. If health insurance premiums increased 12% at the last renewal, the actual fringe rate from last year understates the future fringe burden. The proposal must use forward-looking rates that incorporate known and expected changes.

How should a multi-year proposal handle escalation?

Labor rates and indirect costs do not stay constant over the life of a multi-year contract. Employees receive annual raises. Health insurance premiums increase. Rent escalates. A proposal that prices Year 3 at Year 1 rates will underprice the work, potentially by a significant margin on a large contract.

Escalation factors account for these projected increases. The proposal should show the escalation rate applied to each cost element, by year, with supporting rationale.

For direct labor rates, escalation reflects the average annual salary increase the contractor expects to provide. A common range is 2-4% per year, depending on the labor market, the contractor’s compensation philosophy, and any collective bargaining agreements. The escalation is typically applied to the base rate for each labor category, compounding each year. A Senior Systems Engineer at $65/hour in Year 1 becomes $66.95 in Year 2 (at 3% escalation) and $68.96 in Year 3.

For fringe benefits, escalation may be higher or lower than labor escalation depending on the benefit mix. Health insurance costs have historically increased at 5-8% per year, which can push fringe rate escalation above the labor rate escalation. On the other hand, statutory costs like FICA increase only when the wage base increases, and FUTA is effectively flat. A composite fringe escalation factor must account for the different growth rates of each component.

For overhead and G&A, escalation depends on the specific cost drivers. Facility lease escalation is typically specified in the lease agreement. Equipment depreciation may be flat or declining. Corporate insurance tends to increase annually. The contractor should escalate each major cost element in the pool individually and compute the projected rate from the escalated pool and projected base.

The escalation assumptions should be documented in the basis of estimate and be consistent with the contractor’s forward pricing rate projections. DCAA will compare the escalation rates used in the proposal to historical trends, industry benchmarks, and the contractor’s own budget projections. Escalation rates that are materially higher than historical experience require explanation. Escalation rates that are unrealistically low will raise concerns about the proposal’s credibility and could result in an underbid that the contractor cannot perform without a loss.

What fee or profit percentage should the proposal include?

Fee (on cost-reimbursable contracts) or profit (on fixed-price contracts) is the contractor’s compensation for performance risk, capital investment, and business acumen. The fee is not arbitrary. On negotiated contracts, the contracting officer uses the weighted guidelines method prescribed in DFARS 215.404-71 to develop a fee objective, and the negotiated fee will reflect that analysis.

The weighted guidelines method evaluates four factors. Cost risk considers the degree of cost responsibility the contractor assumes under the contract type. A contractor performing under a CPFF contract has minimal cost risk (the government reimburses costs), so the cost risk factor is low. A contractor performing under an FFP contract bears total cost risk, so the factor is high. The normal range for cost risk is 0% to 7% of total estimated cost.

Investment considers the contractor’s facilities capital employed and cost efficiency investments. Contractors who have invested in productivity-enhancing equipment, automated systems, or efficient facilities may receive credit. The range is typically 0% to 4%.

Performance considers past performance and the quality of the contractor’s management systems. This factor is small, generally 0% to 2%.

Socioeconomic factors consider small business subcontracting goals and other policy objectives. This factor can range from -0.5% to +0.5%.

The sum of these factors produces the contracting officer’s fee objective, which becomes the starting point for negotiation.

Typical negotiated fee ranges by contract type follow general patterns. CPFF contracts usually settle between 6% and 10% fee, with 7-8% being the most common range for professional services. CPIF contracts may have target fees in a similar range, with maximum fees reaching 12-15% and minimum fees at 0-3%. FFP contracts do not have a visible fee line, but contractors generally target 10-15% profit (or higher) because the contractor assumes all cost risk. T&M contracts embed profit in the hourly rate, and the effective profit margin varies, though T&M task orders issued under ID/IQ contracts sometimes carry a negotiated fee of 0-10% in the rate buildup.

The fee percentage is applied to the total estimated cost (direct costs plus all indirect cost allocations) to produce the fee dollar amount. On CPFF contracts, this dollar amount becomes the fixed fee for the contract, which does not change even if actual costs come in above or below the estimate.

What does a full rate buildup look like on a multi-year proposal?

This example illustrates the compounding effect of escalation and indirect rates. The Senior Systems Engineer’s fully burdened rate increases from $120.13 in Year 1 to $128.27 in Year 3, an increase of about 6.8% over two years. On a large contract with dozens of labor categories and thousands of hours, the cumulative impact of even small rate differences is substantial. A contractor who failed to escalate the rates would underprice Year 3 by roughly $8 per hour per employee, which on a large workforce could translate to hundreds of thousands of dollars.

What is the Truth in Negotiations Act (TINA) and when does it apply?

The Truth in Negotiations Act (codified at 10 USC 3702 for defense contracts and 41 USC 3502 for civilian contracts) requires contractors to submit certified cost or pricing data for negotiated contracts, subcontracts, and modifications above the TINA threshold of $2 million. The certification, signed by an authorized company official, states that the cost or pricing data submitted are accurate, complete, and current as of the date of the price agreement (or, if applicable, another date agreed upon between the parties).

TINA exists because the government negotiates prices with contractors in a setting where the government does not have access to the same cost information the contractor has. Without TINA, a contractor could conceal favorable cost data (a lower-than-expected vendor quote, a recently negotiated insurance discount, knowledge that a subcontractor was about to reduce prices) and negotiate a price based on the higher, outdated information. TINA levels the information asymmetry by requiring the contractor to put all cost or pricing data on the table before the negotiation closes.

“Cost or pricing data” is defined broadly. It includes all facts existing up to the date of agreement on price that a prudent buyer or seller would reasonably expect to significantly affect price negotiations. This covers direct labor rates, indirect rate projections, vendor and subcontractor quotes, make-or-buy decisions, production learning curves, volume discount arrangements, historical costs for similar efforts, anticipated engineering changes, and any other factual information relevant to the cost estimate.

Three categories of procurement are exempt from TINA. First, contracts awarded through adequate price competition, meaning at least two responsible offerors submitted independently developed proposals that compete on price and the award is made to the offeror whose proposal offers the best value based on the evaluation factors. Second, prices set by law or regulation (for example, utility rates). Third, acquisitions of commercial products or commercial services, as defined in FAR 2.101 and meeting the criteria in FAR 15.403-1(b)(3).

When TINA applies, the contractor must submit a Certificate of Current Cost or Pricing Data (formerly SF 1412, now typically included as a clause in the contract or solicitation). The certification covers all cost or pricing data that existed as of the certification date. Any data that existed but was not disclosed, whether through oversight, negligence, or intent, is a potential defective pricing issue.

What is defective pricing and what are the consequences?

Defective pricing occurs when the contractor’s certified cost or pricing data were not accurate, complete, and current as of the certification date, and the defective data caused the government to agree to a price that was too high. The remedy is a price reduction equal to the amount by which the price was overstated, plus interest from the date of overpayment.

The government does not need to prove intent. Defective pricing is a strict liability concept. It does not matter whether the contractor deliberately concealed data, accidentally omitted it, or simply failed to update the cost estimate before certification. If the data existed, should have been disclosed, and caused a price increase, the contractor owes the money back.

DCAA conducts post-award defective pricing audits on selected contracts. The audit compares the cost or pricing data submitted with the proposal to the data that actually existed at the time of certification. Common findings include outdated vendor quotes (the contractor submitted a quote from six months ago when a lower quote had been received before certification), negotiated subcontract prices lower than the proposed amount (the contractor proposed the subcontractor at $500,000 but had already negotiated the subcontract at $420,000 before the prime contract price was agreed), reduced indirect rates (the contractor’s latest internal forecast showed lower forward pricing rates than the rates used in the proposal), staffing changes (the contractor proposed a senior engineer at $85/hour but had already decided to staff the position with a mid-level engineer at $60/hour), and volume discounts or purchase commitments that would reduce material costs.

The price reduction calculation follows a straightforward formula: the government identifies the defective data, recomputes the cost proposal using the correct data, and the difference (plus applicable indirect rate allocations and fee, cascading through the rate buildup) is the overpayment. The contractor repays the overpayment plus interest computed at the rate established by the Secretary of the Treasury under the Renegotiation Act.

This example shows why TINA compliance is not just a legal formality. The certification date is the cutoff, and every piece of cost or pricing data that exists as of that date must be swept into the proposal. Contractors need a formal process for collecting and disclosing cost or pricing data, typically called a “sweeps” process, that gathers data from every department (HR, procurement, finance, operations) before the authorized official signs the certificate.

How should subcontractor costs be handled in the proposal?

Subcontractor costs are often the second-largest cost element in a government contract proposal after direct labor, and they receive significant scrutiny from DCAA and the contracting officer.

Every proposed subcontract must be supported. The level of support required depends on the dollar amount and the competitive status of the subcontract.

For subcontracts below the TINA threshold ($2 million), the prime contractor should obtain quotes, historical pricing data, or catalog prices to support the proposed amount. A sole-source subcontract requires more documentation than a competitive one, because the absence of competition means the price was not established by the market. The prime contractor should document the basis for the subcontractor selection (why this firm, why sole-source if applicable) and the basis for the price (how the quoted amount was evaluated for reasonableness).

For subcontracts at or above the TINA threshold, the subcontractor must submit its own certified cost or pricing data to the prime contractor, and the prime contractor must include the subcontractor’s data in the prime’s TINA submission. This is known as “flow-down” of the TINA requirement. The prime contractor cannot simply propose a subcontract at $3 million without the sub providing the same level of cost detail that the prime provides for its own costs. The subcontractor’s data is subject to the same defective pricing rules, and if the sub’s data is defective, the prime may face a price reduction on the prime contract.

The prime contractor must also address the fee or markup applied to subcontractor costs. On most cost-reimbursable contracts, the prime’s G&A rate applies to subcontractor costs (unless the prime uses a value-added G&A base that excludes subcontracts). The prime may also receive fee on subcontractor costs, though some contracting officers and DCAA auditors will challenge fee on pass-through subcontract costs that the prime does not substantively manage. The proposal should clearly show how subcontractor costs are treated in the indirect rate and fee calculations.

Prospective subcontractors sometimes refuse to provide detailed cost data to a prime contractor for competitive reasons. When this happens, the prime contractor should still make a reasonable effort to obtain cost support, document the effort, and consider whether an alternative source exists. If the subcontract is above the TINA threshold and the sub refuses to certify, the prime contractor has a compliance problem that needs to be resolved before proposal submission.

How should other direct costs (ODCs) be estimated?

Other direct costs include every non-labor cost that is charged directly to the contract rather than accumulated in an indirect pool. The most common ODCs are travel, materials, equipment, software licenses, and special testing or certification costs.

Travel estimates should be built from the bottom up: number of trips, destination, duration, airfare (based on current fare data or the contractor’s travel cost history), per diem (using the GSA per diem rates for the destination), ground transportation, and any other travel-related costs. The total should be consistent with the contract’s statement of work. If the SOW requires monthly on-site meetings at a government facility in a different city, the travel estimate must reflect twelve round trips per year with the appropriate per diem.

Material costs should be supported by vendor quotes, catalog prices, or historical purchase data. For common items with stable pricing, historical purchase records are usually sufficient. For specialized or custom materials, current vendor quotes are expected. The estimate should distinguish between materials that are consumed on the contract and equipment that is purchased for the contract (which may need to be capitalized and depreciated rather than expensed in the period of purchase, depending on the contractor’s capitalization threshold).

Equipment purchases above the contractor’s capitalization threshold raise additional questions. The government may question whether the equipment should be a direct charge (if it is used exclusively on the contract) or an indirect charge (if it will be used across multiple contracts). The contractor’s cost accounting practices must be applied consistently.

Software license costs should be supported by the vendor’s price list or a current quote. If the license is for a commercial product with published pricing, the catalog price is usually sufficient. If the license is for a specialized tool or platform, a vendor quote is expected.

All ODCs flow through the G&A calculation if the G&A base is total cost input. The proposal should show ODCs as a separate line item, not lumped into labor or indirect costs, because the government needs to evaluate each cost element independently.

What mistakes do contractors commonly make in cost proposals?

Several recurring errors show up in DCAA audit findings and contracting officer evaluations of cost proposals.

The most frequent mistake is using actual (historical) indirect rates instead of forward pricing rates. Actual rates reflect past conditions. A contractor whose overhead rate was 25% last year but has since moved to a more expensive facility should not propose at 25% if the forward estimate is 28%. DCAA will compare the proposed rates to the contractor’s latest projections and may question rates that do not reflect known changes.

Failing to escalate multi-year proposals is the second most common error. A three-year contract priced entirely at Year 1 rates will understate costs in Years 2 and 3. The understatement compounds through the indirect rates and fee, meaning the total cost shortfall is larger than the direct labor escalation alone. On a large contract, the cumulative underpricing can exceed the fee, turning a nominally profitable contract into a loss.

Unsupported subcontractor estimates create audit risk. A line item that says “Subcontractor: $800,000” with no supporting documentation will be questioned. The contractor should have quotes, historical pricing, or a basis of estimate narrative explaining how the amount was derived.

Incomplete or missing basis of estimate (BOE) narratives are a structural weakness. Even if the numbers are correct, a proposal without a narrative explaining the assumptions behind the numbers looks like it was assembled without analysis. DCAA and the contracting officer want to see the thought process: which labor categories were selected and why, how the hours were estimated (comparable projects, engineering estimates, historical data), what drives the ODC estimates, and why the escalation assumptions are reasonable.

Arithmetic errors in the rate buildup are surprisingly common, particularly in complex proposals with multiple labor categories, multiple years, and varying indirect rates. The most frequent arithmetic error is applying the overhead rate to the wrong base (burdened labor instead of direct labor), which overstates the overhead allocation. Spreadsheet formula errors in multi-year escalation calculations are also common, particularly when rates are hardcoded in some cells and formula-driven in others.

Inconsistency between the cost proposal and the technical proposal is a red flag. If the technical proposal describes a team of eight engineers working full-time for three years, but the cost proposal prices six engineers at 75% utilization, the evaluator will notice the disconnect. The cost and technical volumes must tell the same story about how the work will be performed.

Finally, some contractors price to win rather than pricing to perform. An unrealistically low price on a cost-reimbursable contract does not save the contractor money, because the government reimburses actual costs, not proposed costs. But it does raise questions about the contractor’s understanding of the work, and it may result in a contract ceiling that cannot accommodate the actual cost of performance, forcing the contractor to request additional funding or stop work.

How does DCAA audit a cost proposal?

DCAA audits forward pricing proposals under its Forward Pricing audit program. The scope of the audit depends on the dollar value, contract type, and the contractor’s DCAA audit history.

The auditor verifies the proposed direct labor rates against the contractor’s payroll records and compensation system. If the proposed rate for a Senior Systems Engineer is $65/hour, the auditor checks whether the contractor actually pays that rate to employees in that category. Proposed rates that are higher than actual pay rates may be questioned unless the contractor can demonstrate that the higher rate reflects a planned hire, a promotion, or a market adjustment that has been approved internally.

The auditor evaluates the forward pricing indirect rates against the contractor’s historical rates, current budget, and any existing Forward Pricing Rate Agreement (FPRA) or DCAA Forward Pricing Rate Recommendation (FPRR). If the contractor has a current FPRA with the government, the proposed indirect rates should match the FPRA rates. If no FPRA exists, the auditor compares the proposed rates to the contractor’s most recent actual rates and projected rates, looking for consistency and reasonableness.

The auditor reviews the basis of estimate for labor hours, examining whether the hours are supported by comparable contract data, work breakdown structure analysis, or engineering estimates. Unsupported hours (round numbers with no analytical basis) will be questioned.

Subcontractor cost support is reviewed to ensure that subcontract proposals are adequately documented and, where applicable, that TINA requirements have been flowed down to the subcontractor.

The auditor checks for unallowable costs embedded in the indirect rate pools. If the fringe pool includes a cost that is unallowable under FAR 31.205 (for example, entertainment expenses misclassified as employee morale costs), the auditor will remove the unallowable cost from the pool and recompute the rate.

The result of the DCAA audit is an advisory report to the contracting officer. The report states DCAA’s opinion on the acceptability of the proposed costs and, if applicable, recommends specific adjustments. The contracting officer uses the DCAA report as one input in the negotiation but is not bound by DCAA’s recommendations. The contracting officer may accept proposed costs that DCAA questioned, or may question costs that DCAA accepted.

Understanding the DCAA audit process helps contractors anticipate what DCAA will look for and prepare the supporting documentation before the auditor asks for it.

How do I prepare for a TINA certification?

Preparing for a TINA certification requires a systematic sweep of cost or pricing data from every part of the organization. The goal is to ensure that every piece of data that meets the definition of “cost or pricing data” (facts that a prudent buyer or seller would expect to significantly affect price negotiations) has been disclosed in the proposal before the certificate is signed.

The process should start well before the certification date. The proposal manager (or pricing manager, on larger organizations) should distribute a data collection request to every department that generates or possesses cost or pricing data. HR should confirm current salary rates, recent raises, and any pending changes to benefits or compensation structure. Procurement should confirm current vendor quotes, any recently negotiated prices, and pending purchase commitments. Finance should confirm the latest indirect rate projections and any changes to the forward pricing rate support. Operations should confirm staffing plans, any anticipated changes to the labor mix, and any make-or-buy decisions that have been finalized.

Each department should certify, in writing, that it has disclosed all relevant data as of the requested cutoff date. These internal certifications create a paper trail that demonstrates the contractor’s good faith effort to comply with TINA, which can be valuable if a defective pricing question arises later.

The sweeps should be performed at least twice: once during proposal preparation (to ensure the proposal reflects current data) and once immediately before certification (to catch any data that changed between proposal preparation and certification). The second sweep is critical because weeks or months may pass between the initial proposal and the final price negotiation, and data changes constantly. A vendor quote received after the initial proposal but before certification is cost or pricing data that must be disclosed.

The authorized official who signs the certificate should understand what they are certifying and should have reviewed the results of the data sweeps. The certificate is a personal certification (though signed on behalf of the company), and signing it without reviewing the underlying data creates both legal risk and audit risk.

What should I do next?

If you are preparing a cost proposal for a government contract, the first step is making sure your indirect rate structure is solid. The rates are the foundation of the entire proposal, and forward pricing rates that are not supported by projected pool and base data will not survive a DCAA review.

If you are pricing a multi-year contract, build the escalation into every year from the start. Retrofitting escalation after the rates have been built is error-prone and frequently introduces inconsistencies between the cost element schedules and the summary totals.

If the contract exceeds the $2 million TINA threshold, establish a formal sweeps process before you begin pricing. The sweeps process is not just a pre-certification activity. It should run continuously throughout proposal development so that every cost element reflects current data.

If you are a subcontractor on a prime contract that exceeds the TINA threshold, expect the prime to request your cost or pricing data, and be prepared to certify it.

• Government contractor indirect rates, the guide to structuring fringe, overhead, and G&A pools and computing the rates that flow into the cost proposal
• Government contract direct vs indirect costs, the classification framework that determines which costs appear as direct charges and which flow through the indirect rates
• DCAA compliant accounting system, the system requirements that must be in place before the cost data in a proposal can be considered reliable
• DCAA audit process, the types of DCAA audits (including forward pricing audits) and how to prepare for them
• Unallowable costs under FAR 31.205, the costs that must be excluded from indirect rate pools and direct charges, which directly affects the rate buildup in a cost proposal

This guide is general information, not tax advice for your specific situation. Which points apply, and how, depends on your facts.