Qualified Research Expenses (QREs)

Qualified Research Expenses represent the specific costs, including employee wages, supplies, and contract research payments, incurred while performing technological activities designed to develop or improve products and processes. Within Oregon’s tax framework, these expenses must be conducted specifically within state borders and meet a rigorous four-part federal test to qualify for corporate excise or personal income tax credits.

The concept of Qualified Research Expenses (QREs) functions as the foundational metric for quantifying the level of innovation-driven investment a taxpayer contributes to the regional economy. In the Oregon context, the definition is inherently tied to Internal Revenue Code (IRC) Section 41, yet it is subject to distinct geographical and industrial constraints that demand meticulous accounting and legal interpretation. While the federal government provides a broad incentive to increase research activities across all sectors, the Oregon Legislative Assembly has historically cycled through periods of general availability and targeted specialization, most recently focusing the credit toward the semiconductor industry to bolster the state’s position as a global hub for microelectronics. This specialized focus necessitates a dual understanding of the foundational federal standards and the specific administrative rules promulgated by the Oregon Department of Revenue and Business Oregon. The complexity of these rules—spanning from the allocation of “Oregon sales” in the base amount calculation to the partial refundability tiers based on employee headcount—creates a high threshold for compliance but offers a significant mechanism for reducing the effective cost of research and development (R&D) within the state. The following analysis explores the statutory definitions, administrative guidance, and practical applications of these expenses within the evolving landscape of Oregon tax law.

Historical Evolution and Legislative Intent of Oregon Research Incentives

To understand the current application of QREs in Oregon, it is necessary to examine the legislative trajectory that has shaped these incentives. From 1989 to 2017, Oregon maintained two primary corporate tax credits for qualified research activities, codified under ORS 317.152 and ORS 317.154. These credits were designed to promote a higher level of research activity in the state than would exist under purely federal incentives. However, the general research credit was allowed to sunset in 2018, creating a gap in state-level support for innovation until the 2023 legislative session.

The reinstatement of these credits through Senate Bill 55 and House Bill 2009 in 2023 was driven by a strategic need to regain American technological leadership, particularly in the semiconductor sector. The legislature recognized that Oregon is a global center for microelectronics and that the “Silicon Forest” requires targeted fiscal support to remain competitive with other international tech hubs. Consequently, the modern Oregon R&D credit framework is characterized by a “tiered” approach that balances general research incentives with industry-specific mandates.

Policy Era	Statutory Focus	Primary Credit Mechanism	Maximum Annual Credit
1989 – 2017	General Research	5% of excess QREs over base amount.	$1 Million.
2018 – 2023	Sunset Period	No state-specific credit available.	N/A
2024 – 2030	Semiconductor / General	15% or 24% of excess QREs depending on investment.	$4M (Semiconductors) to $9M (General).

The legislative intent behind these changes is not merely to subsidize existing research but to encourage incremental growth. By linking the credit to expenses that exceed a historical “base amount,” the state ensures that tax expenditures are directed toward expanding research horizons rather than maintaining the status quo.

Theoretical and Legal Foundations of Qualified Research Expenses

The definition of QREs in Oregon is fundamentally anchored in IRC Section 41(b), which the state adopts as its baseline for determining eligible costs. QREs are categorized into two primary types: in-house research expenses and contract research expenses. This distinction is critical because each category has different eligibility thresholds and documentation requirements under both federal and Oregon administrative guidance.

The Taxonomy of In-House Research Expenses

In-house research expenses encompass three distinct types of internal costs that a taxpayer pays or incurs while carrying on a trade or business: wages, supplies, and computer lease or rental costs.

Qualified Wages and Services

Wages constitute the most significant portion of most QRE claims. Under IRC Section 41(b)(2)(D), “wages” are defined to include all remuneration for services performed by an employee which are subject to withholding under IRC Section 3401(a). For these wages to be “qualified,” the employee must be engaged in “qualified services,” which are segmented into three tiers of involvement:

1. Direct Research: Performing the actual laboratory work, software coding, or engineering design.
2. Direct Supervision: Managing engineers or scientists engaged in direct research, provided the supervisor has technical oversight.
3. Direct Support: Activities that facilitate the research, such as a lab technician cleaning equipment or a machinist building a prototype.

A vital administrative provision is the “substantially all” rule, commonly known as the 80% rule. Under OAR and federal regulations, if at least 80% of an employee’s services during the tax year consist of qualified research services, then 100% of that employee’s wages may be included in the QRE calculation. If the percentage falls below 80%, only the actual portion of time spent on qualified activities is eligible, which necessitates rigorous time-tracking and contemporaneous documentation to withstand an Oregon Department of Revenue (DOR) audit.

Qualified Supplies and Tangible Property

Supplies, the second category of in-house expenses, include any tangible property used in the conduct of qualified research. However, the definition of supplies is restrictive. To qualify as a QRE, the property must not be land or improvements to land, and it must not be property of a character subject to the allowance for depreciation. This exclusion is significant because it prevents taxpayers from claiming the credit on capital equipment, such as laboratory furniture or high-cost machinery, which are instead handled through depreciation or Section 179 expensing. Typical qualified supplies include raw materials for prototypes, chemicals, and specialized gases used in semiconductor fabrication.

Computer Lease and Rental Costs

Oregon law also allows for the inclusion of certain costs associated with computer usage. This includes any amount paid or incurred to another person for the right to use computers in the conduct of qualified research. In the modern era, this often applies to cloud computing costs and high-performance computing (HPC) environments used for simulations, modeling, and semiconductor design. However, these costs must be distinguished from general IT infrastructure or administrative software hosting, which do not meet the technological nature requirement of the research credit.

The Mechanics of Contract Research Expenses

Contract research expenses represent payments made to third parties (other than employees) to perform qualified research on the taxpayer’s behalf. Unlike in-house expenses, which are usually 100% includable, contract research is limited to 65% of the amount paid or incurred. This statutory “haircut” reflects a policy assumption that a portion of the payment to a contractor represents the contractor’s overhead and profit rather than direct research costs.

For a contract payment to qualify as a QRE, the arrangement must satisfy two critical legal tests:

1. Economic Risk: The taxpayer must bear the economic risk of the research. If the contract stipulates that payment is only due if the research is successful, the contractor bears the risk, and the expense is generally disqualified for the taxpayer.
2. Substantial Rights: The taxpayer must maintain substantial rights to the research results, although these rights do not need to be exclusive.

Additionally, Oregon law includes “Basic Research Payments” under certain circumstances, which are payments made to qualified organizations, such as Oregon universities or non-profit scientific research entities, for fundamental research that does not have a specific commercial objective. These payments are also subject to specific base period calculations and are increasingly emphasized in the semiconductor credit to foster collaboration between industry and Oregon’s higher education system.

The Oregon Four-Part Test: Defining Qualified Research

The determination of what constitutes “qualified research” is the most contentious area of tax law in this domain. Oregon adopts the federal “Four-Part Test” established under IRC Section 41(d), which must be applied separately to each “business component” of the taxpayer.

The Permitted Purpose Test

The research must be undertaken for a “qualified purpose,” meaning it must relate to a new or improved function, performance, reliability, or quality of a business component. A business component is defined as any product, process, computer software, technique, formula, or invention held for sale, lease, or license, or used by the taxpayer in its trade or business.

Crucially, the law excludes activities related to style, taste, cosmetic, or seasonal design factors. If an Oregon shoe manufacturer develops a new sole material that increases durability (functional), the expenses may qualify; if they merely change the color pattern of the shoe (aesthetic), those expenses are excluded.

The Elimination of Uncertainty Test

Taxpayers must demonstrate that the research was intended to discover information that would eliminate uncertainty concerning the development or improvement of a business component. Uncertainty exists if the information available to the taxpayer at the project’s inception does not establish the capability of developing the component, the method for doing so, or the appropriate design. It is important to note that the test is subjective to the taxpayer; it does not matter if the information is already known to the general public or a competitor, so long as it is uncertain to the taxpayer.

The Process of Experimentation Test

A “process of experimentation” is a systematic trial-and-error approach designed to evaluate one or more alternatives to achieve a desired result. This must involve the identification of the technical uncertainty, the formation of hypotheses, and the testing of those hypotheses through modeling, simulation, or physical prototyping. Routine data collection, ordinary testing for quality control, or market research studies do not constitute a process of experimentation.

The Technological in Nature Test

Finally, the process of experimentation must fundamentally rely on the principles of the physical or biological sciences, engineering, or computer science. Research in the social sciences, arts, or humanities is expressly excluded. In Oregon, this requirement is particularly pertinent to the semiconductor industry, where research must rely on materials science, electrical engineering, and advanced physics.

Geographical Sourcing and the Oregon Sales Factor

While the federal credit allows for research conducted anywhere within the United States, Oregon law imposes a strict geographical limitation. To be eligible for the Oregon R&D tax credit, “qualified research” shall consist only of research conducted in Oregon.

This mandate creates a complex sourcing requirement for multi-state and multinational corporations. The Oregon Department of Revenue provides guidance on how to apportion expenses to ensure only in-state activities are captured.

Apportionment of Wages and Supplies

Wages must be allocated based on the physical location of the employee while performing the qualified services. If an engineer resides in Washington but performs research at a facility in Hillsboro, Oregon, those wages are eligible. Conversely, if an Oregon resident performs research while traveling to a facility in California, those wages must be excluded for the duration of the out-of-state work. Supplies must be “used in the conduct of qualified research” within the state, meaning they must be consumed or utilized at an Oregon research site.

The Sales Factor and Base Amount Modification

One of the most significant technical nuances of the Oregon credit is how it modifies the federal base amount calculation. At the federal level, the base amount depends on “gross receipts.” Oregon statute (ORS 317.154) replaces this with “Oregon sales,” computed using the laws and administrative rules for calculating the numerator of the Oregon sales factor under ORS 314.665.

The Oregon sales factor typically includes all sales where the “income-producing activity” is performed in Oregon or where the “benefit of the service” is received in Oregon, depending on whether the state uses cost-of-performance or market-based sourcing. This modification ensures that the benchmark for research intensity is relative to the company’s economic footprint within the state, preventing a large global company with minimal Oregon sales from being unfairly penalized by a massive global “gross receipts” figure.

The base amount formula generally follows the structure:

$$Base Amount = Fixed Base Percentage \\times Average Oregon Sales_{4 preceding years}$$

Where the Fixed-Base Percentage is the ratio of aggregate QREs to aggregate sales for a specific historical period.

Administrative Guidance and the Certification Process

Unlike the federal R&D credit, which is largely a “self-reporting” mechanism subject to post-filing audit, the modern Oregon system—specifically for the semiconductor credit—implements a rigorous “pre-certification” model managed by the Oregon Business Development Department, also known as Business Oregon.

Mandatory Certification through Business Oregon

A taxpayer seeking to claim the semiconductor R&D credit under ORS 315.518 must file an annual application for certification. This is not merely a formality; it is a statutory prerequisite for claiming the credit on the tax return.

The application for certification must include:

• Company Definition: Evidence that the taxpayer meets the definition of a “qualified semiconductor company”.
• Activity Narrative: A detailed description of how the proposed research supports a trade or business directly related to semiconductors, such as design, fabrication, or testing.
• Financial Projections: An attestation of the expected Oregon QREs for the tax year.
• Historical Data: A report of QREs from the three preceding tax years.
• Application Fee: A fee, currently established at $3,000 for 2025, to recover the department’s administrative costs.

The deadline for this application is October 15 of each calendar year for the tax year beginning in that same year. Business Oregon reviews these applications and issues a certification for a specific potential credit amount. However, receiving a certification does not guarantee the credit; the taxpayer must still incur the actual expenses and pass any subsequent audit by the Department of Revenue.

The Statewide Credit Cap and Proration

Because the semiconductor credit is subject to a biennium cap ($80 million for the 2025-2027 biennium), Business Oregon must manage the allocation of credits. If the total requested credits exceed the annual cap (e.g., $38.25 million for 2025), the department will reduce certified amounts that exceed $200,000 by a ratio necessary to stay within the limits. This “first-come, first-served” and proration system underscores the importance of early and accurate application for large industrial players.

Comparison of Calculation Methodologies

Oregon allows taxpayers to elect between different calculation methods, similar to the federal Regular Research Credit and the Alternative Simplified Credit (ASC).

The Regular Method

The Regular Method is the standard calculation under IRC Section 41(a)(1), which awards a credit based on the excess of current QREs over a base amount. In Oregon, the applicable percentage is 15% (or 24% for certain non-semiconductor contexts under SB 55).

The Alternative Simplified Credit (ASC) Method

Recognizing that many taxpayers lack the historical data required to calculate a “Fixed-Base Percentage” dating back to the 1980s, Oregon Administrative Rule 150-315-0195 permits the election of the ASC method. Under this method, the credit is calculated as 14% of the QREs that exceed 50% of the average QREs for the three preceding tax years.

If the taxpayer had no QREs in any of the three preceding years, the credit is 6% of the current year’s QREs. An election to use the ASC is made on Oregon Schedule OR-RESEARCH and is generally irrevocable for that tax year.

Calculation Feature	Regular Method (Oregon)	Alternative Simplified Credit (ASC)
Credit Rate	15% (Semiconductor Standard).	14% (Standard) or 6% (No prior QREs).
Base Amount	Fixed-Base % $\times$ Avg. Oregon Sales (4 yrs).	50% of Avg. Oregon QREs (3 yrs).
Data Requirement	Requires QRE and Sales data from historical base periods.	Requires QRE data only from the 3 prior years.
Election Type	Default method.	Elective; must use Schedule OR-RESEARCH.

Refundability and the Economic Impact on Small Businesses

A transformative feature of the 2024 Oregon research credit is the introduction of tiered refundability. Traditionally, R&D credits were non-refundable, meaning they could only be used to offset existing tax liability. For pre-revenue startups or companies experiencing temporary losses, this meant the credit provided no immediate benefit.

The Oregon legislature addressed this by making the semiconductor credit partially refundable based on the company’s employment footprint within the state.

Oregon Employee Count	Refundable Percentage of Credit	Non-Refundable Portion
< 150 Employees	75%.	25%
150 – 499 Employees	50%.	50%
500 – 2,999 Employees	25%.	75%
$\ge$ 3,000 Employees	0%.	100%

The non-refundable portion may be carried forward for up to five years to offset future tax liability. This refundability structure is a powerful economic tool, providing high-growth startups with “non-dilutive” capital to reinvest in further R&D and hiring. It is important to note that the non-refundable portion cannot be used to satisfy the Oregon corporate minimum tax under ORS 317.090, but the refundable portion can be used to meet this obligation.

Interactions with Federal Deductions and Amortization (IRC Section 174)

The landscape of QREs was fundamentally altered by the 2017 Tax Cuts and Jobs Act (TCJA), specifically the changes to IRC Section 174. Effective for tax years beginning after December 31, 2021, companies can no longer immediately deduct research and experimental (R&E) expenditures. Instead, they must capitalize and amortize these costs over 5 years for domestic research or 15 years for foreign research.

Because Oregon’s corporate tax law is tied to the federal definition of taxable income as of a specific “tie-in” date (currently December 31, 2023), the state generally follows this amortization requirement. This creates a nuanced interaction: a company may receive an Oregon R&D tax credit based on its QREs (Section 41), but it must still capitalize those same expenses for the purpose of calculating its taxable income (Section 174).

Furthermore, ORS 315.518(6) and ORS 317.154(6) specify that a deduction may not be taken for the portion of expenses or payments that is equal to the amount of the credit claimed. This prevents a “double-dipping” scenario where a taxpayer receives a credit for a dollar of expense and also takes a full deduction for that same dollar. In practice, this requires an “add-back” adjustment on the Oregon tax return, increasing taxable income by the amount of the credit claimed.

Compliance, Documentation, and Audit Procedures

The Oregon Department of Revenue (DOR) and Business Oregon maintain oversight over credit claims, with the authority to audit and recapture credits that do not meet statutory requirements.

The Standard of Contemporaneous Documentation

To successfully defend a QRE claim, a taxpayer must maintain contemporaneous records. The IRS and Oregon DOR look for documents created at the time the research was performed.

Recommended documentation includes:

• Project Lists and Narratives: Detailed descriptions of each R&D project, identifying the technical uncertainty and the specific process of experimentation used to resolve it.
• Time Tracking: Payroll records, calendars, and project management software data that link specific employee hours to qualified research projects.
• Technical Proof: Lab notebooks, design specifications, bug logs, simulation results, and photos of prototypes.
• Supply Tracking: Invoices and general ledger detail for raw materials consumed in the research process.
• Contractual Agreements: Copies of all third-party research contracts, with specific attention to the clauses regarding economic risk and intellectual property rights.

Audit Risks and Revocation

Oregon law (ORS 315.061) allows Business Oregon to order the suspension or revocation of a credit if a taxpayer fails to comply with the terms of their certification or the underlying law. Additionally, all credits are subject to audit by the DOR for up to four years. Common audit triggers include:

• Large Wage Claims for Executives: Claiming substantial QREs for high-level executives without proof of direct technical involvement.
• Routine Software Development: Claiming the credit for standard web design or administrative software updates that do not solve a technological uncertainty.
• Post-Production Activities: Including costs for quality control, tool-up, or troubleshooting after commercial production has begun.

Illustrative Case Study: Advanced Micro-Systems of Oregon

To synthesize the legal and administrative principles discussed, consider the hypothetical case of Advanced Micro-Systems (AMS), a semiconductor company based in Beaverton, Oregon.

Project Background

In 2024, AMS initiated a project to develop a new “System-on-a-Chip” (SoC) for low-power medical devices. The project involved designing a new circuit architecture to reduce power consumption by 30% compared to existing models. The technical uncertainty was whether the new architecture would remain stable at high clock speeds within the thermal constraints of the device.

Incurred Expenses

During the tax year, AMS incurred the following costs in Oregon:

1. Engineering Wages: $3,000,000 paid to 15 design engineers. All spent 100% of their time on this project (satisfying the 80% rule).
2. Supplies: $400,000 in silicon wafers and chemicals used to fabricate experimental prototypes.
3. Contract Testing: $200,000 paid to an Oregon-based lab to perform signal integrity testing. The contract stipulated that AMS owns the results and pays for the testing regardless of the outcome.
4. Sales Data: Oregon sales were $20,000,000 in 2024. The average Oregon sales for the prior four years were $15,000,000.
5. Historical QREs: The average QREs for the three preceding years were $2,500,000.

Step 1: Identification of QREs

• In-house Wages: $3,000,000.
• In-house Supplies: $400,000.
• Contract Research: $130,000 (65% of $200,000).
• Total Oregon QREs: $3,530,000.

Step 2: Certification Process

AMS applied to Business Oregon by the October 15, 2024 deadline. They submitted the $3,000 fee and a narrative explaining how their SoC development meets the four-part test and supports the semiconductor trade. Business Oregon issued a certification for the potential credit.

Step 3: Credit Calculation (ASC Method)

AMS elects the Alternative Simplified Credit on Schedule OR-RESEARCH.

• Base Amount = 50% of 3-year Average QREs ($2,500,000 / 2) = $1,250,000.
• Excess QREs = Total QREs ($3,530,000) – Base ($1,250,000) = $2,280,000.
• Tax Credit = 14% of Excess ($2,280,000 \times 0.14) = $319,200.

Step 4: Applying Refundability

AMS has 180 employees in Oregon, placing them in the 50% refundability tier.

• Refundable Credit: $319,200 \times 0.50 = $159,600.
• Non-Refundable Credit: $159,600.

AMS reports the $319,200 credit on their Oregon return. They use the non-refundable portion ($159,600) to offset their corporate excise tax liability. The refundable portion ($159,600) is used to pay their corporate minimum tax, and any remainder is issued as a refund check by the DOR. Finally, they perform an “add-back” on their Oregon return, increasing their taxable income by $319,200 to satisfy the non-deductibility requirement.

Future Outlook and Sunset Provisions

The current Oregon R&D tax credit framework is set to sunset for tax years beginning on or after January 1, 2030. This six-year window provides the legislature with the opportunity to evaluate the program’s efficacy in attracting semiconductor investment and fostering high-tech employment. Reports from the Legislative Revenue Office will play a key role in determining whether the credit is extended or modified.

Furthermore, the interaction between federal and state policy remains a dynamic variable. Should the federal government provide a fix for the Section 174 amortization requirement (allowing for immediate expensing again), Oregon would likely follow suit through its rolling tie-in to the IRC, which would significantly improve the cash-flow position of research-intensive firms.

In conclusion, Qualified Research Expenses in Oregon represent a sophisticated nexus of federal scientific standards and state economic objectives. For corporations operating in the “Silicon Forest,” a deep understanding of QRE components—wages, supplies, and contracts—combined with a strict adherence to Business Oregon’s certification timelines and DOR documentation standards, is essential for maximizing the value of these innovation incentives. The transition to a tiered refundability model and the focus on semiconductor-specific research underscore Oregon’s commitment to being a premier destination for global technological development.