Industry Case Studies in Youngstown, Ohio

To fully comprehend the application of the United States federal and Ohio state Research and Development (R&D) tax credit frameworks, it is essential to analyze the specific industrial ecosystems that generate qualifying research activities. Youngstown, Ohio, serves as a profound paradigm of industrial evolution, having transformed from a monolithic steel-producing region into a diversified hub of advanced manufacturing and applied sciences. The following case studies detail the historical development of five unique industries within the Mahoning Valley, exploring why and how they emerged in this specific geographic location, and providing a detailed analysis of how their modern technological endeavors meet the stringent requirements of both the federal Internal Revenue Code (IRC) Section 41 and the Ohio Revised Code (ORC) Section 5751.51.

Advanced Metallurgy and Seamless Steel Manufacturing

The foundation of Youngstown’s economy was forged in the iron and steel industries, a development dictated by the region’s unique geological and geographic advantages. Situated on the glaciated portion of the Allegheny Plateau, the landscape was carved by retreating glaciers twelve millennia ago, creating the Mahoning River, Mill Creek, and Crab Creek basins. In 1845, the discovery of extensive deposits of block coal—a rare variant that could be utilized directly in iron furnaces without the intermediate, costly step of conversion into coke—catalyzed the rapid growth of the local iron industry. Geographically positioned squarely between the industrial powerhouses of Cleveland and Pittsburgh, Youngstown became a highly logical locus for heavy manufacturing during the Second Industrial Revolution. By the dawn of the twentieth century, local ironmakers had consolidated into massive corporate entities, such as the Ohio Steel Company and eventually the Youngstown Sheet and Tube Company, transforming the region into the “Steel Valley”. At its zenith in the 1920s and 1930s, fueled by waves of immigration from Southern and Eastern Europe, the city’s population peaked at over 170,000 residents, and the region trailed only Pittsburgh in national steel output.

However, following the immense production demands of World War II, the region faced severe economic headwinds due to foreign competition and domestic deindustrialization. This decline culminated on September 19, 1977, a date infamous in local history as “Black Monday,” when Youngstown Sheet and Tube abruptly announced the closure of its Campbell Works, immediately eliminating five thousand jobs and triggering a cascading economic collapse that ultimately cost the Mahoning Valley an estimated fifty thousand manufacturing jobs. Despite this catastrophic contraction, the industry did not entirely vanish; rather, it evolved into a highly specialized, technology-driven sector focused on advanced metallurgy. The massive industrial infrastructure, rail networks, and a multi-generational workforce possessing deep institutional knowledge of material sciences remained embedded in the region.

Today, this legacy is embodied by operations such as Vallourec Star, the largest industrial employer within the Youngstown city limits, located in the historic Brier Hill district. Operating as a fully integrated, one hundred percent domestic supplier, Vallourec recycles scrap metal into premium seamless tubular products utilized in extreme industrial environments across the globe. In late 2025, the corporation announced a forty-eight million dollar investment to expand its Youngstown manufacturing capabilities, demonstrating a commitment to pushing the boundaries of metallurgical science.

The research activities conducted at the Vallourec facility provide textbook examples of eligibility under both the United States and Ohio R&D tax credit laws. As the global energy sector increasingly relies on ultra-deepwater drilling and high-pressure hydraulic fracturing in corrosive shale environments, Vallourec must continuously engineer proprietary thread connections, such as their VAM XTRA and DWC/C-XT product lines. This development process unequivocally satisfies the four-part test established under IRC Section 41. First, the permitted purpose requirement is met because the company faces profound technical uncertainty regarding the tensile strength, torque resistance, and fatigue life of new steel alloys and connection geometries under immense subterranean pressures. Second, the activities are technological in nature, relying entirely on the hard sciences of metallurgy, physical chemistry, and mechanical engineering. Third, the engineers engage in a rigorous process of experimentation, utilizing continuous casting trials, vacuum heat treatment modeling, and destructive physical stress testing to evaluate alternative alloy compositions and thread designs. Finally, the resulting seamless pipe and premium connections represent a new or improved business component intended for commercial sale. Because these highly technical, experimental activities are physically conducted within the Youngstown facility, the associated engineering wages, consumable testing supplies, and experimental scrap metal costs are fully eligible for the seven percent nonrefundable credit against the Ohio Commercial Activity Tax under ORC 5751.51, in addition to the federal incentives.

Additive Manufacturing and Three-Dimensional Printing Ecosystems

In the wake of the severe industrial downturns of the late twentieth century, regional economic planners and federal policymakers recognized the imperative to transition Youngstown’s economy from heavy legacy manufacturing toward emerging, high-technology sectors. The city’s vast inventory of vacant industrial real estate, combined with its strategic location and the academic resources of Youngstown State University, made it an ideal candidate for an ambitious federal initiative. In 2012, this transition was formalized when the United States Department of Defense selected Youngstown to host the National Additive Manufacturing Innovation Institute, the inaugural hub of the Manufacturing USA network. Subsequently rebranded as “America Makes,” this organization, managed by the not-for-profit National Center for Defense Manufacturing and Machining, transformed Youngstown into the nation’s leading public-private partnership for additive manufacturing and three-dimensional printing technology. The establishment of America Makes effectively reinvented Youngstown as a national “Maker City,” fostering an interconnected ecosystem of government entities, academic researchers, and private commercial enterprises dedicated to advancing the frontier of materials processing and lightweighting.

The commercial entities and defense contractors operating within the Youngstown Innovation Hub engage in research and development that is inherently fraught with technical risk, thereby generating substantial tax credit opportunities. The primary challenge in the additive manufacturing industry involves scaling the technology from the production of localized prototypes to reliable, full-scale industrial manufacturing. Private enterprises operating in this sector must continuously resolve uncertainties related to the thermal distortion of three-dimensional printed metal parts, the flowability dynamics of novel metallic powders, and the structural integrity of complex internal lattice designs that cannot be manufactured using traditional subtractive machining methods.

To qualify for the United States federal R&D tax credit, these enterprises must demonstrate that their activities involve a systematic process of experimentation based on the principles of physics and materials science. Engineers in Youngstown conduct iterative test prints, continuously adjusting critical variables such as laser power, powder bed temperature, and microscopic scan speeds to mitigate thermal warping. Prior to physical printing, these teams heavily utilize sophisticated finite element analysis software to model thermal stresses and predict structural failures. The outcomes of these experiments—whether a new proprietary three-dimensional printed component for the aerospace sector or a substantially improved manufacturing process—readily satisfy the business component test. Furthermore, software developers within this ecosystem who create machine-learning algorithms designed to detect printing anomalies in real-time must carefully navigate the specific administrative guidance surrounding the R&D credit. If such software is developed exclusively to manage the taxpayer’s own internal factory operations, it must pass the rigorous “high threshold of innovation” test mandated by Treasury Regulations, requiring the taxpayer to prove that the software entails significant economic risk and is not commercially available. When these developmental activities are executed by personnel based in Youngstown, the corresponding expenditures qualify as Ohio QREs, reinforcing the region’s competitive advantage in attracting advanced manufacturing investment.

Automotive Engineering and Electric Vehicle Battery Innovation

The Mahoning Valley possesses an automotive engineering pedigree that parallels its historical dominance in steel production. As early as 1895, local physician Dr. Carlos Booth commissioned the construction of the first automobile in Youngstown, combining components from a local carriage manufacturer and a Pennsylvania engine company. By 1899, James Ward Packard and his brother William founded the Packard company in nearby Warren, producing over four hundred luxury automobiles before relocating their operations to Detroit. In the early twentieth century, the Mahoning Motor Car Company manufactured vehicles in downtown Youngstown, further embedding automotive ingenuity into the local culture. This legacy evolved significantly with the establishment of the massive General Motors Lordstown Assembly plant, which served as a cornerstone of the regional economy for decades. Following the controversial closure of the Lordstown facility in 2019, regional economic development councils, such as the Eastgate Regional Council of Governments, aggressively pivoted the area’s strategic focus toward the emerging electric vehicle and battery storage sectors, officially rebranding the Mahoning Valley as “Voltage Valley”. Today, the region hosts a dense concentration of electrification enterprises, including the Lordstown Complex, the Ultium Cells battery manufacturing plant, and specialized testing facilities managed by BRITE Energy Innovators.

The rapid transition to electric vehicle technology requires unprecedented levels of scientific inquiry, making Voltage Valley a prime generator of R&D tax credits. Startups and established manufacturers operating in the Youngstown area must continuously resolve profound uncertainties regarding battery energy density, the mitigation of catastrophic thermal runaway, and the optimization of solid-state battery chemistry. These challenges fall squarely within the hard sciences of electrochemistry, thermodynamics, and electrical engineering, satisfying the technological in nature requirement of IRC Section 41.

The process of experimentation in this sector is rigorous and highly documented. Utilizing the comprehensive testing laboratories provided by BRITE Energy Innovators, corporate research teams subject prototype battery cells to extreme environmental temperature cycling, rapid charge and discharge stress testing, and intense vibration analysis to simulate real-world road conditions. Engineers systematically alter the chemical compositions of anodes and cathodes to evaluate degradation rates and energy retention over time. The successful development of a new battery cell architecture, or the creation of a highly automated robotic assembly process for integrating these cells into vehicle packs, constitutes a qualifying business component. Based on recent federal case law, particularly the Seventh Circuit’s ruling in Little Sandy Coal Co. v. Commissioner, manufacturers in Voltage Valley must ensure meticulous contemporaneous documentation of these testing protocols. It is legally insufficient to merely claim that a new battery design is novel; the taxpayer must specifically document the exact hypotheses tested regarding thermal management and maintain detailed records of the iterative design failures encountered throughout the developmental lifecycle. The wages paid to laboratory technicians and supervising engineers conducting these tests in Ohio are vital inputs for calculating the state-level credit under ORC 5751.51.

Aluminum Extrusion and Precision Tool and Die Manufacturing

While the fundamental process of metal extrusion was patented in Europe in the late eighteenth century by Joseph Bramah for the manufacture of lead pipes, the modern aluminum extrusion industry experienced exponential growth in the United States during World War II, driven by the insatiable demand for lightweight aircraft components. Following the war, the application of extruded aluminum expanded rapidly into the residential construction, automotive, and commercial transportation markets. Youngstown, possessing a deep, multi-generational reservoir of skilled machinists and tool-makers displaced by fluctuations in the heavy steel industry, naturally absorbed this secondary metallurgical processing sector. In the 1940s, pioneers like William Bonnell assumed leadership of the Trimedge Corporation in Youngstown, driving innovations in aluminum trim and framing that are still utilized today. Recognizing the critical need for precision tooling to support this growing industry, Andrew Stanislav founded the Youngstown Tool & Die Company in 1961. Today, acquired by the international Phoenix group, Youngstown Tool & Die operates a state-of-the-art facility on Salt Springs Road, representing the largest aluminum extrusion die manufacturing group globally.

The manufacture of custom extrusion dies transcends routine machining and constitutes highly sophisticated, qualifying research and development. When an industrial customer requests a complex, multi-hollow aluminum profile with microscopic tolerances—such as a structural chassis component for a new electric vehicle—the tooling engineers in Youngstown face immense technical uncertainty. They must determine exactly how the hardened steel die will react to extreme hydraulic pressures and severe thermal expansion when molten aluminum is forced through its intricate apertures.

To resolve these uncertainties, the engineering teams rely heavily on the principles of mechanical engineering and fluid dynamics. The process of experimentation begins in the digital realm, where engineers utilize advanced computer-aided design and finite element simulation software to mathematically model the flow of molten metal through the proposed die geometry. If the simulations reveal potential structural weaknesses, fatal choke points, or unbalanced flow velocities, the internal geometry of the die is iteratively altered. The physical experimentation phase involves utilizing sophisticated electrical discharge machining and computer numerical control milling to fabricate prototype dies, which are then subjected to test extrusions and specialized vacuum heat treatments to measure physical deflection under operational stress. The final, customized steel extrusion die serves as the qualifying business component. However, custom manufacturers in this sector must exercise extreme caution regarding the “funded research” exclusion under IRC Section 41. If the industrial customer assumes the financial risk of the engineering failure and retains the exclusive intellectual property rights to the die design, the Youngstown manufacturer is legally precluded from claiming the federal R&D credit for that specific project, as the research is considered fully funded by an external entity.

Industrial Food Processing and Wholesale Baking

The demographic explosion of Youngstown in the early twentieth century, characterized by massive influxes of immigrant labor drawn to the steel mills, created a dense, localized consumer market. In 1906, recognizing the demand for fresh, high-quality sustenance, Joseph and Dora Schwebel began baking traditional breads in their Youngstown kitchen, personally delivering loaves door-to-door in a wicker laundry basket. Built on a foundation of regional trust and uncompromising quality, the Schwebel Baking Company leveraged Youngstown’s centralized location and robust transportation infrastructure to expand aggressively. Today, Schwebel’s is one of the fastest-growing independent wholesale bakers in the United States, producing over two hundred thousand packages of baked goods daily from advanced facilities in Youngstown and Hebron, Ohio, and maintaining market dominance across multiple states.

While often overlooked by financial analysts, the industrial food processing sector is heavily reliant on biochemical and mechanical research, making it highly eligible for substantial R&D tax credits. Operating at a massive industrial scale, Schwebel’s faces continuous technical uncertainties when attempting to develop new product formulations, such as gluten-free, organic, or low-sodium alternatives, or when striving to extend the commercial shelf-life of their products without utilizing artificial preservatives that compromise crumb texture. Furthermore, designing and optimizing automated processing and packaging systems to reduce manufacturing lead times and material waste involves significant mechanical uncertainty.

The resolution of these challenges requires the rigorous application of the hard sciences, specifically organic chemistry, biology, and industrial engineering. The process of experimentation at Schwebel’s involves food scientists systematically altering independent variables such as hydration levels, yeast fermentation durations, batching sequences, and precise ambient baking temperatures. These scientists conduct quantitative analytical tests on prototype formulations, meticulously measuring pH levels, total titratable acidity, moisture retention coefficients, and structural integrity over extended chronological periods. The successful realization of a new bread recipe or a novel automated baking continuous line satisfies the business component test. It is critical to distinguish these scientific activities from mere culinary endeavors. As established by the Tax Court in Leon Max v. Commissioner, research based solely on subjective taste, stylistic preference, or aesthetic appeal is explicitly excluded from tax credit eligibility. Therefore, food processors in Youngstown must strictly document the chemical, biological, and mechanical objectives of their formulation trials, rather than subjective flavor profiles, to defend their claims against intense scrutiny from the IRS or the Ohio Department of Taxation.

Detailed Analysis of the United States Federal R&D Tax Credit

The statutory framework governing the United States federal Research and Development tax credit is notoriously complex, requiring taxpayers to navigate a labyrinth of legislative mandates, Treasury Regulations, and evolving administrative guidance. Enshrined in Section 41 of the Internal Revenue Code, the credit was designed to stimulate domestic economic growth by incentivizing corporations to invest in technological innovation. For manufacturers and engineering firms operating in Youngstown, Ohio, a precise understanding of the four-part test, the definition of qualified expenses, and the stringent statutory exclusions is paramount for maintaining compliance and securing financial benefits.

The Statutory Architecture of Internal Revenue Code Section 41

The cornerstone of the federal R&D tax credit is the rigorous four-part test defined in IRC Section 41(d), which dictates that every distinct research activity must cumulatively satisfy four specific criteria to be deemed “qualified research”.

The first criterion, known as the Section 174 Permitted Purpose Test, mandates that the expenditures incurred must be eligible for treatment as research and experimental expenditures under IRC Section 174. This foundational requirement dictates that the taxpayer’s activities must be expressly intended to discover information that would eliminate technical uncertainty concerning the development or significant improvement of a business component. The regulations clarify that technical uncertainty exists if the information available to the taxpayer at the commencement of the project does not clearly establish the capability to develop the product, the methodology required to achieve the development, or the appropriate final design of the product.

The second criterion is the Technological in Nature Test. This requirement restricts the credit to activities that fundamentally rely on principles of the hard sciences. The taxpayer must demonstrate that the process of experimentation used to discover the information is grounded in the physical or biological sciences, engineering, or computer science. Research based on the social sciences, economics, arts, or humanities is explicitly excluded from consideration.

The third, and often most heavily litigated criterion, is the Process of Experimentation Test. The statute demands that “substantially all” of the activities related to the research endeavor must constitute elements of a formal process of experimentation. Treasury Regulations provide a safe harbor, defining “substantially all” as eighty percent or more of the taxpayer’s research activities. A valid process of experimentation requires a methodological, scientific approach: the taxpayer must systematically identify the technical uncertainty, formulate testable hypotheses or alternative solutions, and conduct physical testing, mathematical modeling, or computer simulation to empirically evaluate those alternatives. Trial and error methodologies are acceptable, provided they are structured and documented.

The final criterion is the Business Component Test. The application of the research must be intended to yield a new or improved business component. The statute broadly defines a business component as a product, process, computer software, technique, formula, or invention that is to be held for commercial sale, lease, or license, or utilized internally by the taxpayer in the regular conduct of their trade or business. The credit calculation is strictly applied at the business component level, requiring taxpayers to allocate expenses accurately to individual projects.

Qualified Research Expenses and Statutory Exclusions

If a project satisfies the four-part test, the taxpayer may calculate the credit based on their Qualified Research Expenses. Under IRC Section 41, QREs are generally limited to three specific categories: wages paid to employees for directly performing, directly supervising, or directly supporting qualified research; the cost of supplies consumed or destroyed during the experimental process; and sixty-five percent of the amounts paid to third-party contractors for conducting research on the taxpayer’s behalf.

However, Section 41(d)(4) expressly excludes a multitude of activities from qualifying, regardless of their complexity or scientific rigor. Crucially, any research conducted after the beginning of commercial production of the business component is excluded. A component is deemed ready for commercial production when it is developed to the point where it meets the basic functional and economic requirements of the taxpayer. The IRS often scrutinizes “product release” documents to determine this exact chronological cutoff. Furthermore, activities related to the adaptation of an existing business component to a particular customer’s specific needs, the duplication or reverse engineering of an existing product, routine data collection, and any research conducted outside the physical borders of the United States are unequivocally disqualified.

The administrative burden associated with claiming the federal R&D credit has escalated dramatically. The IRS has recently implemented severe revisions to Form 6765, demanding unprecedented levels of granular disclosure from taxpayers. These new requirements force corporations to utilize alphanumeric naming conventions for every business component, provide detailed categorizations of all software developed, and explicitly disclose the amount of corporate officers’ wages included in the claim, signaling a highly aggressive, targeted audit environment aimed at executive compensation and internal-use software.

Detailed Analysis of the Ohio State R&D Tax Credit

To augment the federal incentives and retain advanced manufacturing operations within its borders, the State of Ohio provides a parallel, yet distinctly localized, Research and Development tax credit framework. For corporate entities operating in Youngstown, understanding the nuances of the Ohio Revised Code and the evolving audit policies of the Ohio Department of Taxation is critical for maximizing regional economic advantages.

The Mechanics of Ohio Revised Code Section 5751.51

The Ohio R&D tax credit, codified under ORC Section 5751.51, was enacted by the General Assembly in 2005. The incentive is structured as a seven percent nonrefundable credit applied directly against a taxpayer’s Ohio Commercial Activity Tax liability. The CAT is a broad-based privilege tax measured by a company’s gross receipts utilizing a rate of .26 percent, making the R&D offset highly valuable for capital-intensive manufacturers in the Mahoning Valley.

The statutory architecture of the Ohio credit is intentionally tethered to the federal framework. To qualify for the state credit, a corporation must invest in “Qualified Research Expenses” utilizing the exact legal definitions established in IRC Section 41. The original legislative intent was to create a streamlined, “piggyback” system: a taxpayer would determine their federal QREs, isolate the specific expenses incurred physically within the geographical boundaries of Ohio, and execute a simple mathematical calculation. The Ohio credit amount is calculated based on the extent to which the current year’s Ohio-based QREs exceed the taxpayer’s average investment in Ohio QREs over the three preceding calendar years. Any excess, unused credit generated in a given taxable year may be carried forward for a period of up to seven years.

For groups of affiliated companies, the Ohio Department of Taxation provides detailed administrative guidance through Information Releases, notably CAT 2005-05 and CAT 2005-16, which establish the foundational rules for identifying members of a consolidated taxpayer group. These releases dictate that in determining common ownership, a strict vertical test applies, requiring thorough analysis of corporate structures to accurately consolidate QREs across related entities. Furthermore, if the credit is based on ownership of a pass-through entity, individual taxpayers must include specific documentation detailing the portion of the credit to which they are entitled when filing their personal Ohio income tax returns.

House Bill 33 and the Aggressive Audit Posture of the DOT

While the Ohio R&D credit was designed to be easily calculable, recent legislative and administrative shifts have drastically altered the compliance landscape. The enactment of the Ohio budget bill, Am. Sub. HB 33, amended ORC 5751.51 to explicitly grant the Tax Commissioner the authority to audit a “representative sample” of a taxpayer’s QREs. The statute requires the commissioner to make a good faith effort to reach an agreement with the taxpayer regarding the selection of the sample; however, if an agreement cannot be reached, the state is legally permitted to proceed unilaterally with its own sampling methodology and issue tax assessments based upon those findings.

Legal practitioners note that the Ohio Department of Taxation has utilized these statutory amendments to justify a profoundly aggressive audit policy. Deviating from the original legislative intent of merely verifying the geographical location of the expenses, the DOT now routinely assumes the role of the Internal Revenue Service. State auditors frequently undertake their own independent, highly technical analysis of the underlying scientific research activities to determine if they satisfy the four-part test of IRC Section 41. This approach imposes severe, and often unrealistic, evidentiary burdens on Ohio taxpayers. The severity of this environment is evidenced by a growing volume of Final Determinations issued by the Ohio Tax Commissioner denying R&D credits, even in instances where the taxpayer had already successfully claimed the identical QREs on their federal return without any objection from the IRS. Consequently, corporations in Youngstown must engage specialized external legal counsel early in the state audit process and meticulously document their activities defensively to withstand independent technical scrutiny from state regulators.

Landmark Jurisprudence, Case Law, and Tax Administration Guidance

The precise boundaries of the R&D tax credit are continually shaped and redefined by the federal judiciary. For industrial enterprises in Youngstown, structuring research protocols to align with the precedents established by recent hallmark cases is essential for surviving both federal examinations and Ohio state audits.

Little Sandy Coal Co. v. Commissioner (7th Cir. 2023)

The 2023 decision by the United States Court of Appeals for the Seventh Circuit in Little Sandy Coal Co. v. Commissioner represents a pivotal interpretation of the rigorous “substantially all” requirement within the process of experimentation test. The case involved a manufacturer of specialized maritime vessels who claimed credits based on the overall novelty and complexity of the ship-building process.

The appellate court affirmed the Tax Court’s decision to deny the credits, ruling that the taxpayer completely failed to provide a principled methodology to determine the specific portion of employee activities that constituted elements of a formal process of experimentation. The court emphasized that the mere novelty of a product, or the application of general engineering skill to solve a complex problem, does not automatically satisfy the statutory requirement; there must be a methodical, scientific process utilized to test and evaluate defined alternatives. Furthermore, the court noted that the taxpayer engaged in a flawed “all or nothing” strategy at the overarching business component level. Because they failed to maintain contemporaneous documentation mapping specific activities to specific subcomponents, they were legally unable to utilize the “shrink-back rule” to salvage portions of the claim.

However, the Seventh Circuit decision provided a crucial, taxpayer-favorable precedent regarding cost inclusion. The appellate judges explicitly disagreed with the lower Tax Court’s interpretation of support wages, ruling that costs associated with the direct supervision and direct support of research activities are legally permitted to be included in both the numerator and the denominator of the eighty percent “substantially all” calculation, provided the expenses qualify as deductible under IRC Section 174.

Suder v. Commissioner (Tax Court, 2014)

The Suder decision remains a foundational victory for manufacturers engaged in systems engineering and product development. The IRS aggressively challenged a telecommunications hardware developer, asserting that their projects were not sufficiently innovative to qualify for the federal credit. The Tax Court ruled overwhelmingly in favor of the taxpayer, establishing the critical precedent that a business is not required to “reinvent the wheel” for its research and experimentation activities to be deemed eligible. The court clarified that the uncertainty requirement of Section 174 is fully satisfied even if a business knows from the outset that it is technically possible to achieve a stated goal, provided they remain uncertain of the specific method, the appropriate design, or the precise system configuration required to reach that goal.

Despite validating the scientific eligibility of the projects, Suder serves as a stark warning regarding the classification of executive compensation as Qualified Research Expenses. The Tax Court determined that while the Chief Executive Officer was demonstrably instrumental in steering product development, his multi-million-dollar compensation package was unreasonable for tax purposes under Section 174. Consequently, the court mandated a substantial reduction in the CEO’s wages utilized for calculating the credit, underscoring the IRS’s continued scrutiny of highly compensated officers.

Leon Max v. Commissioner (Tax Court, 2021)

This case vividly illustrates the strict limitations of the “technological in nature” test. A prominent clothing designer attempted to claim extensive R&D credits for the expenses incurred while turning conceptual fashion ideas into physical garments, including the costs of testing various fabrics for fit and drape. The Tax Court decisively rejected the taxpayer’s claim, finding that the entirety of the fashion design process failed to constitute qualified research.

The court ruled that the activities lacked the requisite technical uncertainty and failed to fundamentally rely on the hard sciences of physics, biology, engineering, or computer science. Furthermore, the ruling emphasized that the clothing design process was primarily concerned with aesthetic style, personal taste, and seasonal market trends. The court pointed directly to the explicit statutory exclusion found in IRC Section 41(d)(3)(B), which strictly prohibits credits for research undertaken for style, taste, cosmetic, or seasonal design factors. This precedent is highly relevant for industries such as food processing in Youngstown, demanding that their research documentation focuses exclusively on chemical and biological stabilization rather than subjective culinary taste.

Park-Ohio Holdings Corp. v. United States (N.D. Ohio, Ongoing)

Currently being litigated in the United States District Court for the Northern District of Ohio, the Park-Ohio case represents a monumental challenge to the IRS’s escalating administrative overreach regarding the processing of R&D refund claims. Driven by an internal Chief Counsel memorandum, the IRS recently instituted a policy demanding that taxpayers provide exhaustive, line-by-line, person-by-person explanations connecting every specific individual to every specific research activity and the precise information they sought to discover, before the agency will even process a refund claim for audit.

Park-Ohio, a major manufacturing corporation, filed a substantial refund claim accompanied by an eleven-page technical addendum identifying the job titles of engineers and the types of improved products they developed. The IRS issued a “No-Consideration Letter,” refusing to process the claim based on the new administrative demands. Park-Ohio filed suit, arguing that the IRS’s new policy was issued without proper notice and comment procedures, thereby violating the Administrative Procedure Act. The plaintiff relies on established precedents, such as Burlington Northern Inc. v. United States, arguing that a refund claim legally need only fairly apprise the IRS of the overarching grounds for recovery, and that Treasury Regulations do not require taxpayers to artificially create new records solely for the purpose of filing a claim. Following a stay due to a federal government shutdown in October 2025, the stay was vacated in November 2025, allowing this highly consequential litigation to proceed, the outcome of which will heavily dictate how Ohio manufacturers must structure their future tax compliance strategies.

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.