This study exhaustively analyzes the United States federal and Oregon state Research and Development (R&D) tax credit requirements applicable to businesses in Eugene, Oregon. By examining five unique local industries, the analysis details the historical development of these sectors and provides a comprehensive legal framework encompassing statutory guidelines, administrative rulings, and pivotal case law to determine tax credit eligibility.

Case Study: Biotechnology and Life Sciences

The biotechnology and life sciences sector in Eugene, Oregon, possesses a rich historical trajectory that is inextricably linked to the academic and research capabilities of the University of Oregon. The genesis of Eugene’s biotechnology industry can be traced back to the late 1970s, a period during which the University of Oregon began to solidify its reputation as a premier research institution. Over the subsequent decades, the ecosystem experienced incremental yet highly impactful progress, driven by a culture of interdisciplinary collaboration among biology, chemistry, and physics faculties. This collaborative environment catalyzed the formation of several university spin-offs, most notably Molecular Probes in the 1980s, a pioneering enterprise in fluorescence technologies that was eventually acquired and integrated into the global operations of Thermo Fisher Scientific. The region’s commitment to life sciences was exponentially accelerated in 2015 when philanthropists Phil and Penny Knight provided a transformative $500 million endowment to establish the Campus for Accelerating Scientific Impact, an initiative designed to bridge the gap between fundamental scientific discovery and translational, market-ready medical solutions. Today, enterprises such as Thermo Fisher Scientific operate massive research facilities in Eugene, focusing on the development of critical diagnostic and therapeutic tools, including FDA-approved biomarker assays for Sepsis, single-use scalable bioreactors, and highly sensitive Orbitrap Mass Spectrometers.

For biotechnology firms operating in Eugene, the United States federal R&D tax credit, codified under Internal Revenue Code (IRC) Section 41, provides a vital mechanism to offset the astronomical costs associated with clinical and laboratory research. To qualify for the federal credit, these enterprises must rigorously satisfy the statutory four-part test. The development of a novel biomarker assay serves as a textbook application of these requirements. Initially, the research must be intended to eliminate technological uncertainty concerning the capability, methodology, or appropriate design of the diagnostic tool, satisfying the Section 174 test. For a Sepsis biomarker assay, uncertainty inherently exists regarding target analyte specificity, reagent chemical stability, and the mitigation of false-positive signal-to-noise ratios in human blood samples. Secondly, the research must be fundamentally technological in nature, relying entirely on the principles of the biological and physical sciences, such as molecular biochemistry and fluid dynamics. Thirdly, the assay must be developed for a permitted purpose, specifically to create a new or improved business component that enhances performance, reliability, or quality in medical diagnostics. Finally, the laboratory personnel must engage in a systematic process of experimentation, which involves the formulation of hypotheses, the execution of iterative clinical trials, the documentation of failure rates, and the continuous refinement of calibration matrices until strict regulatory and precision standards are achieved.

While the federal eligibility for Eugene’s biotech sector is robust, the application of relevant United States Tax Court case law dictates strict boundaries on what specific expenditures may be claimed as Qualified Research Expenses (QREs). Under the precedent established by the Second Circuit Court of Appeals in Union Carbide Corp. v. Commissioner, the costs of standard indirect supplies used during production runs are strictly disallowed from being claimed as QREs. For a Eugene facility testing a new single-use bioreactor design, the Internal Revenue Service (IRS) will heavily scrutinize the materials consumed. The chemical reagents and the prototype bioreactor bags destroyed during the experimental validation phase qualify as supply QREs under IRC Section 41(b); however, if the bioreactor is subsequently used to produce a commercially viable batch of vaccines, the supplies consumed during that specific commercial run are disqualified, even if engineers are passively monitoring the system’s performance. Furthermore, the documentation of wages paid to research scientists must survive the evidentiary standards discussed in U.S. v. McFerrin. While the Fifth Circuit allowed for the estimation of QREs under the Cohan rule if a taxpayer can definitively prove that qualified research occurred, modern IRS audit techniques require contemporaneous documentation. Biotech firms must maintain meticulous laboratory notebooks, clinical trial logs, and payroll records to substantiate the exact percentage of time a scientist devoted to resolving technological uncertainties. It is also critical to note that while biotechnology is a highly advanced field, firms in this sector are entirely excluded from claiming the Oregon State R&D tax credit. The Oregon legislature meticulously drafted the current state credit, enacted via House Bill 2009, to apply exclusively to the semiconductor industry, leaving Eugene’s thriving life sciences sector to rely solely on federal incentives.

Case Study: Video Game Development and Software Engineering

The software engineering and video game development industry in Eugene, frequently referred to as the “Silicon Shire,” represents a fascinating narrative of economic resilience and technological clustering. The sector’s origins date back to the 1990s with the establishment of Dynamix, a highly successful studio that produced critically acclaimed simulation and puzzle games. Following the eventual closure of Dynamix, the concentrated pool of highly specialized software engineers and digital artists chose to remain in the Willamette Valley rather than migrating to traditional tech hubs. This localized talent retention led to the founding of numerous subsequent ventures, including GarageGames in 2000 and Pipeworks Studios in 1999. Pipeworks, co-founded by Dan White, has since evolved into a premier developer employing hundreds of professionals, specializing in Games-as-a-Service (GaaS) architecture, co-development, and live server operations for massive global franchises. The exponential growth of this sector was significantly bolstered in 2016 when the City of Eugene, in partnership with the Eugene Water and Electric Board, constructed EUGNet, an open-access, municipally owned fiber optic network. This infrastructure transformed Eugene into a recognized “Gigabit City,” providing the massive bandwidth capabilities required for modern cloud computing, real-time multiplayer server hosting, and large-scale software repository management.

Evaluating the federal R&D tax credit eligibility for video game development requires a highly nuanced application of IRS guidelines, as the industry intrinsically blends objective computer science with subjective artistic design. The IRS Audit Techniques Guide for Software Development mandates that examiners strictly differentiate between non-qualifying aesthetic rendering and qualifying algorithmic engineering. To meet the Section 174 test and the Permitted Purpose requirement, a Eugene studio like Pipeworks must face genuine technological uncertainties regarding software architecture. Developing a proprietary rendering engine to optimize memory management across diverse, next-generation console architectures, or programming complex artificial intelligence behavior trees for non-player characters, presents significant capability and methodological uncertainties. The Process of Experimentation is demonstrated when software engineers systematically write iterative code, compile builds, execute automated stress tests to identify memory leaks or frame-rate degradation, and rewrite the algorithms based on the resulting performance telemetry. If the studio develops internal-use software (IUS), such as a proprietary, bespoke asset-management pipeline designed to streamline the compilation of 3D models, this software is subject to the stringent High Threshold of Innovation test. Under Treasury Regulation Section 1.41-4(c)(6)(vi), the studio must prove that the internal software is highly innovative, that its development involves substantial economic risk, and that no commercially available off-the-shelf alternative could be utilized without massive, fundamental modifications.

The application of federal case law presents specific hazards for the software industry. The precedent established in Leon Max Inc. v. Commissioner is highly relevant. In that case, the Tax Court disallowed credits for a fashion designer because the activities were inherently driven by style, taste, and cosmetic design factors. Applying this logic to a Eugene game studio, the IRS will strictly disallow any wages paid to concept artists, narrative writers, or audio composers, as their work does not fundamentally rely on computer science. The research must be segregated to isolate the wages of the back-end software engineers. Furthermore, the “substantially all” rule was heavily scrutinized in the Seventh Circuit decision Little Sandy Coal Company, Inc. v. Commissioner. The court mandated that a taxpayer must provide a principled, quantitative methodology to prove that at least 80 percent of a project’s activities constituted elements of a process of experimentation. For software firms, this necessitates meticulous time-tracking data from project management platforms to differentiate between time spent on experimental algorithm design versus routine bug fixing. Additionally, because Eugene studios frequently engage in co-development or contract work for larger global publishers, they face the severe risk of their work being classified as “funded research” under IRC Section 41(d)(4)(H). As demonstrated in the Tax Court cases Smith v. Commissioner and System Technologies, Inc. v. Commissioner, if the master service agreement does not explicitly state that the Eugene studio’s payment is strictly contingent upon the technological success of the research, or if the studio fails to retain substantial intellectual property rights to the algorithms developed, the IRS will disallow the credit entirely. Similar to the biotechnology sector, general software engineering and video game development do not qualify for the Oregon State R&D tax credit, as the activities fall outside the statutory definition of a qualified semiconductor company.

Case Study: Advanced Timber and Engineered Wood Products

The timber and forestry industry forms the historical bedrock of Eugene’s economic foundation. Geographically situated in the densely forested Willamette Valley, Eugene’s proximity to vast timber stands and the navigable McKenzie and Willamette rivers made it an ideal location for early industrial logging. The city’s industrialization began in earnest in 1851 when settler Hilyard Shaw connected two river sloughs to construct a millrace, which provided the vital hydraulic power necessary to operate the region’s first commercial sawmills. This infrastructure catalyzed massive growth, and by the mid-twentieth century, Eugene was internationally recognized as the “Timber Capital of the World,” with Lane County employing tens of thousands of workers in lumber extraction and processing. However, as environmental regulations tightened and global market dynamics shifted in the latter half of the twentieth century, the regional timber industry was forced to pivot from raw resource extraction to highly optimized, technologically advanced manufacturing. The Seneca Sawmill Company, founded in Eugene in 1953, perfectly exemplifies this industrial evolution. To survive intense market pressures and maximize resource utilization, Seneca invested heavily in advanced automation, including the deployment of precision “merchandiser” scanning systems that utilize complex computer algorithms to calculate the most efficient geometric cuts for individual logs. Furthermore, the company engineered and constructed a 19-megawatt sustainable biomass cogeneration plant, designated as one of the cleanest renewable power facilities in the western United States, which utilizes bark and sawdust byproducts to generate electricity and supply steam for lumber drying kilns.

While the engineered wood products industry is often unaware of its eligibility, the advanced process engineering required in modern sawmills frequently qualifies for the federal R&D tax credit. The statutory requirements under IRC Section 41 focus heavily on the development of new or improved manufacturing processes designed to increase efficiency, durability, and environmental sustainability. When a facility like Seneca designs a novel biomass cogeneration process, the engineering team faces immense technological uncertainty regarding emission particulate filtration, combustion thermodynamics, and optimal turbine efficiency under variable fuel moisture conditions. Overcoming these uncertainties requires a rigorous process of experimentation. Engineers must systematically test different air filtration mechanics, iterate upon boiler chamber designs, and adjust chemical dosing for emissions treatments. These activities fundamentally rely on the principles of mechanical engineering, thermodynamics, and physical chemistry, fully satisfying the technological in nature requirement. Additionally, firms engaged in the development of engineered wood products, such as novel cross-laminated timber (CLT) or weather-resistant wood packaging, conduct destructive physical stress testing to evaluate stackability, load-bearing capacities, and chemical resistance, which are classic examples of qualified research activities.

Navigating the federal tax court precedents is particularly challenging for the manufacturing sector. The decision in Phoenix Design Group, Inc. v. Commissioner serves as a critical warning for process engineers in Eugene. The Tax Court explicitly ruled that performing basic calculations based on readily available data, or utilizing standard engineering formulas without facing genuine unknowns, does not constitute an evaluative process that mirrors the scientific method. Therefore, a sawmill engineer implementing a commercially available conveyor belt system cannot claim the activity as R&D; the taxpayer must meticulously document specific, unsolved technological uncertainties and demonstrate the systematic evaluation of bespoke design alternatives. The Union Carbide decision also heavily impacts the timber industry’s ability to claim supply QREs. When a mill tests a new automated cutting blade, the cost of the raw logs run through the machinery during the specific, isolated experimental test batch may qualify as research supplies. However, the IRS will aggressively disallow the cost of millions of board feet of lumber processed during standard commercial runs, even if the new blade is being passively monitored for long-term wear, as these are classified as ordinary production inventory rather than experimental supplies. As with the preceding industries, the advanced timber and engineered wood products sector does not qualify for the Oregon State R&D tax credit under the restrictive definitions of House Bill 2009.

Case Study: Craft Brewing and Fermentation Sciences

The craft brewing and fermentation science industry in Eugene developed as a direct result of the region’s exceptional agricultural and geographic assets. The Willamette Valley is globally recognized as a premier agricultural basin, providing world-class growing conditions for hops that rival the historical growing regions of Germany. The modern American craft beer flavor profile was essentially born in this region when researchers at Oregon State University developed and released the Cascade hop in 1971, introducing a revolutionary, intense citrus and pine flavor that defined the Pacific Northwest brewing style. Eugene’s brewing history dates back to the establishment of the Eugene City Brewery in 1866, but the modern renaissance was fueled by access to the exceptionally pure, soft water of the McKenzie River, a crucial ingredient that local brewers fiercely protect through environmental partnerships. Ninkasi Brewing, headquartered in Eugene, perfectly embodies the industry’s shift from traditional recipes to highly technical, scientific experimentation. Ninkasi has institutionalized a rigorous Quality Department that bridges the gap between microbiological analytics and sensory outcomes. Their commitment to experimental fermentation science culminated in the “Ground Control” project, where the brewery collaborated with aerospace organizations to launch a payload of brewer’s yeast 77.3 miles into space, subsequently propagating the surviving microscopic organisms upon their return to Earth to brew a highly complex Imperial Stout.

From a federal tax perspective, the craft brewing industry frequently overlooks its eligibility for the R&D credit, mistakenly believing that brewing is purely a culinary art. However, under IRC Section 41, advanced brewing operations rely heavily on the biological and physical sciences, including microbiology, fluid dynamics, and organic chemistry. To qualify, a Eugene brewery must document activities intended to eliminate specific technological uncertainties regarding product formulation or manufacturing processes. For instance, when a brewery attempts to develop a shelf-stable, low-alcohol-by-volume (ABV) beer, or tests novel cryogenic dry-hopping techniques, they face severe methodological uncertainties regarding the prevention of microbial contamination, the management of dissolved oxygen (DO) levels during packaging, and the precise control of alpha-acid isomerization during the boil. The process of experimentation is heavily utilized in the brewery’s laboratory. When engineering a new water chemistry profile to accentuate a specific hop varietal, technicians must brew isolated pilot batches, meticulously log fermentation temperature attenuation curves, and conduct microbiological plating to ensure yeast viability. The wages paid to brewmasters, laboratory technicians, and quality assurance personnel directly involved in these experimental iterations, as well as the cost of the malt, hops, and yeast consumed in pilot batches that are subsequently discarded or analyzed, qualify as QREs under the federal statute.

The primary legal hazard for the brewing industry during an IRS examination stems from the strict interpretation of the “Permitted Purpose” test, as illustrated by the Leon Max precedent. The Tax Court definitively ruled against claiming research credits for activities related strictly to style, taste, or cosmetic design factors. If a Eugene brewery argues that it experimented with a recipe simply to make the beer “taste better” or to create a seasonal flavor profile based on consumer trends, the IRS will disallow the expenditures. To survive an audit, the brewery’s documentation must completely divorce the research from subjective culinary preferences. The contemporaneous laboratory notes must frame the experimentation entirely around objective, measurable technological metrics, such as extending shelf-life by reducing DO levels below a specific parts-per-billion threshold, achieving a precise specific gravity reading through enzymatic mash adjustments, or maintaining yeast cell count vitality across multiple fermentation generations. Furthermore, quality control testing of existing, well-established recipes to ensure they meet standard production parameters is explicitly excluded from the definition of qualified research under IRC Section 41(d)(4)(D). The craft brewing sector, despite its scientific rigor, is not eligible for the targeted Oregon State semiconductor R&D tax credit.

Case Study: Electronic Design Automation and Semiconductor Intellectual Property

While the Portland metropolitan area is globally renowned as the “Silicon Forest” due to its massive physical semiconductor fabrication plants, Eugene’s “Silicon Shire” serves a critical, complementary role in the global semiconductor supply chain through software engineering, Electronic Design Automation (EDA), and the development of semiconductor core intellectual property. Supported by the advanced computational science programs at the University of Oregon and advocated for by organizations like the Technology Association of Oregon (TAO), Eugene possesses a dense concentration of highly specialized electrical engineers and computer scientists. These professionals do not manufacture physical silicon wafers; rather, they engineer the incredibly complex logic architectures, write the validation protocols, and develop the software algorithms that dictate how billions of microscopic transistors interact on a single microchip. Without the EDA software and intellectual property designed in tech hubs like Eugene, the physical fabrication of modern microprocessors would be computationally impossible.

This specific industry sector in Eugene occupies a unique and highly advantageous position: it is the only industry detailed in this study that is eligible for both the broad United States federal R&D tax credit and the highly lucrative, narrowly targeted Oregon State R&D tax credit. At the federal level, developing advanced EDA software presents monumental computational uncertainties. Engineers must develop algorithms to optimize transistor density, mitigate thermal heat dissipation modeling errors, and ensure nanometer-scale signal integrity. These activities require systemic iteration, algorithmic compiling, and rigorous mathematical modeling, fulfilling every aspect of the IRC Section 41 four-part test by fundamentally relying on computer science and electrical engineering.

Crucially, this sector meets the strict statutory definitions enacted by the Oregon legislature in House Bill 2009. Under Oregon Revised Statutes (ORS) 315.518(1), a “qualified semiconductor company” is explicitly defined not only as an entity engaged in physical fabrication but also as an entity whose primary business is the “creation of semiconductor manufacturing equipment, semiconductor core intellectual property or electronic design automation software that is primarily intended for use in the semiconductor industry”. Therefore, an EDA software firm operating in Eugene can calculate a state-level tax credit equal to 15 percent of its excess QREs, provided those expenses were incurred exclusively within the geographic boundaries of Oregon. Furthermore, because the Silicon Shire ecosystem is largely composed of nimble, mid-sized technology firms, these Eugene companies benefit massively from the state credit’s refundability structure. Unlike the non-refundable federal credit, the Oregon credit provides a direct cash refund for companies with smaller operational footprints.

To secure this state-level financial incentive, the executive leadership of the Eugene EDA firm must navigate a rigid administrative certification process overseen by the Oregon Business Development Department (Business Oregon). The firm’s authorized representative must submit a comprehensive written application by October 15 of each calendar year, detailing their projected Oregon-specific QREs and basic research payments, accompanied by a mandated $3,000 certification fee. As demonstrated in the federal Smith v. Commissioner case, because these Eugene firms frequently consult for larger global chip manufacturers, they must ensure their master service agreements explicitly state they retain substantial rights to the semiconductor IP they develop; otherwise, the research will be deemed “funded” and disqualified at both the federal and state levels.

Detailed Analysis of US and Oregon R&D Tax Credit Laws, Tax Administration Guidance, and Case Law

The intersection of federal and state tax laws creates a highly complex regulatory environment for businesses engaging in scientific and technological innovation. Navigating this landscape requires a deep understanding of statutory mechanisms, shifting legislative environments, and rigorous judicial precedents that govern tax administration.

The Federal Statutory Framework: IRC Section 41 and Section 174The bedrock of the United States federal research incentive is IRC Section 41, which defines the parameters for the Credit for Increasing Research Activities. Section 41 mandates that all claimed activities must survive a rigid, four-part statutory test. First, the expenditures must meet the definition of research and experimental (R&E) expenses under IRC Section 174, meaning they must be incurred to eliminate technological uncertainty concerning the capability, methodology, or appropriate design of a business component. Second, the process utilized to eliminate this uncertainty must be “technological in nature,” requiring a fundamental reliance on the hard sciences—physics, biology, engineering, or computer science—expressly excluding research based in the social sciences, economics, or humanities. Third, the research must be conducted for a “permitted purpose,” aiming to develop a new or improved product, process, formula, or software that enhances functionality, performance, reliability, or quality. Finally, “substantially all” (defined as 80 percent or more) of the research activities must constitute a systematic “process of experimentation,” involving the evaluation of alternatives, the formulation and testing of hypotheses, and the modeling of data to resolve the initial uncertainty.

The regulatory landscape governing these requirements underwent a profound and disruptive shift following the enactment of the Tax Cuts and Jobs Act (TCJA) of 2017. Prior to this legislation, taxpayers had the option to immediately deduct their R&E expenses under IRC Section 174 in the year they were incurred, providing massive, immediate cash-flow benefits. However, effective for tax years beginning after December 31, 2021, the TCJA fundamentally altered this mechanism. Taxpayers are now strictly mandated to capitalize all R&E expenses and amortize them over a highly restrictive five-year period for domestic research, and an even more punitive fifteen-year period for research conducted outside the United States. This mandatory capitalization drastically alters the financial modeling for innovation-heavy firms, deferring the tax benefits and severely impacting short-term corporate liquidity. Furthermore, any software developed primarily for the taxpayer’s internal operations (Internal Use Software or IUS) is subject to an additional legal barrier known as the High Threshold of Innovation test. Under Treasury Regulation Section 1.41-4(c)(6)(vi), the taxpayer must prove the software is highly innovative, involves massive economic risk, and cannot be purchased commercially without undertaking fundamental modifications, essentially creating a seven-part test for internal digital infrastructure.

Oregon State Statutory Framework: House Bill 2009 and Senate Bill 1507The State of Oregon’s approach to R&D tax incentives has been historically volatile. The state previously offered a broad Qualified Research Activities tax credit that was available to a wide array of industries. However, citing a lack of empirical evidence that the credit was generating net-new economic activity that would not have occurred otherwise, the Oregon legislature allowed the broad credit to expire at the end of 2017. For a period of six years, from 2018 through 2023, Oregon operated without any dedicated R&D tax credit, yet paradoxically, private-sector R&D spending within the state continued to climb, trailing only major hubs like California and Washington.

Recognizing the urgent geopolitical necessity of reshoring semiconductor manufacturing, and seeking to leverage federal capital unlocked by the national CHIPS Act, the Oregon Legislature enacted House Bill 2009 in 2023. This legislation created the Research and Development Tax Credit for Semiconductors, codified at ORS 315.518 to 315.522. Unlike the broad federal statute, the Oregon credit is an exclusive, highly targeted industrial policy. It applies only to tax years beginning on or after January 1, 2024, and contains a strict sunset provision for December 31, 2029. The statutory base rate is calculated at 15 percent of excess QREs incurred strictly within Oregon, or 14 percent if the taxpayer elects the Alternative Simplified Credit (ASC) method.

The administration of the Oregon credit is heavily regulated by Business Oregon through Oregon Administrative Rules (OAR) Chapter 123, Division 401. The state imposes a maximum annual credit cap of $4 million per individual taxpayer. More critically, the legislature imposed strict aggregate biennium caps on the total amount of credits Business Oregon is authorized to certify across the entire state economy. The cap is set at $35 million for the 2023-2025 biennium and increases to $85 million for the 2025-2027 biennium. If the total value of certified applications submitted by semiconductor firms exceeds these statutory caps, Business Oregon is required by administrative rule to proportionally reduce the certified credit amounts for any claim exceeding $200,000, creating a highly competitive allocation environment that requires meticulous forecasting by corporate tax departments.

The complexity of state-level tax administration is further compounded by the phenomenon of tax code decoupling. Oregon generally operates on a rolling conformity basis with the federal Internal Revenue Code. However, to curb massive state revenue losses resulting from sweeping federal tax cuts, the Oregon legislature periodically disconnects the state tax code from specific federal provisions. In early 2026, the passage of Senate Bill 1507 demonstrated this volatility by decoupling Oregon from the 100 percent federal bonus depreciation allowance under IRC Section 168(k), significantly impacting the tax planning strategies of manufacturing firms purchasing capital equipment for R&D. Such legislative maneuvering necessitates that corporate controllers maintain distinct, parallel tracking systems for federal and state depreciation and amortization schedules.

Tax Administration Guidance and Judicial PrecedentsTo successfully defend R&D tax credit claims during highly adversarial IRS examinations, taxpayers must understand the strict evidentiary standards established by federal case law. Historically, the Fifth Circuit Court of Appeals decision in U.S. v. McFerrin provided significant leniency to taxpayers, allowing them to rely on oral testimony and backward-looking estimates of time and expenses under the Cohan rule, provided they could irrefutably establish that qualified research had indeed occurred. However, relying on the McFerrin precedent in the modern audit environment is incredibly dangerous. Current IRS Audit Techniques Guides (ATGs) demand robust, contemporaneous documentation, including project charters, Jira ticketing data, laboratory notebooks, and detailed payroll allocations.

Recent Tax Court decisions indicate a trend toward punishing scrutiny of the statutory definitions. The 2023 decision in Phoenix Design Group, Inc. v. Commissioner completely invalidated the claims of an engineering firm because the taxpayer failed to identify specific information that was unavailable to their engineers at the onset of the project. The court ruled that iterative calculations based on established data do not constitute a true process of experimentation, signaling to all industries that standard engineering practices are not automatically eligible for tax credits. The boundary of technological reliance was heavily reinforced in Leon Max Inc. v. Commissioner, where the Tax Court bluntly rejected research credits for a fashion designer, stating that adjusting fabric drapes or fit models is an aesthetic, style-driven endeavor that does not involve the application of the physical sciences, regardless of the complexity of the clothing design.

The concept of the “substantially all” rule (requiring 80 percent of activities to be experimental) was deeply analyzed in the Seventh Circuit’s 2023 ruling in Little Sandy Coal Company, Inc. v. Commissioner. While the appellate court offered a glimmer of hope by acknowledging that direct supervision and support of research could constitute elements of a process of experimentation, it ultimately ruled against the taxpayer for failing to provide a principled, quantitative methodology to isolate the fraction of employee time dedicated to true experimentation versus routine vessel construction. Furthermore, for the countless consulting, software, and engineering firms operating in regions like Eugene, the funded research exclusion under IRC Section 41(d)(4)(H) represents a critical vulnerability. As highlighted in Smith v. Commissioner and System Technologies, Inc. v. Commissioner, the IRS frequently attempts to use summary judgment to invalidate claims based on the language in master service agreements. To survive, the contracting firm must prove through the explicit contractual text that their payment is strictly contingent upon the technological success of the research, and that they retain substantial rights to the underlying intellectual property, rather than merely acquiring incidental “institutional knowledge”. Finally, the rigid definition of allowable supply expenses was cemented in Union Carbide Corp. v. Commissioner, where the Second Circuit definitively ruled that the massive costs of standard indirect supplies used during commercial production runs cannot be disguised as QREs, severely limiting the financial scope of process engineering claims in heavy manufacturing sectors.

The information in this study is current as of the date of publication, and is provided for information purposes only. Although we do our absolute best in our attempts to avoid errors, we cannot guarantee that errors are not present in this study. Please contact a Swanson Reed member of staff, or seek independent legal advice to further understand how this information applies to your circumstances.