Case Study: Automotive Manufacturing and Process Engineering

The development of the automotive industry in Greenville and the surrounding Upstate region represents a remarkable socioeconomic pivot, demonstrating how a region can completely rebuild its industrial foundation. For nearly a century, the Upstate of South Carolina was universally recognized as the “Textile Capital of the World”. However, by the late 1970s, the region faced severe economic distress as globalization and lower-priced textiles from emerging markets led to the closure of over forty local mills, resulting in the catastrophic loss of more than 60,000 jobs. The transition from this severe industrial decline to a global advanced manufacturing powerhouse required aggressive state-sponsored economic development, strategic infrastructure utilization, and foreign direct investment.

The transformation began when Michelin relocated its North American headquarters from New York to the Greenville area in 1985, capitalizing on the region’s major rail lines and Interstate 85 corridor. The watershed moment occurred in 1992 when BMW Group selected Spartanburg County, immediately adjacent to Greenville, for its first full production plant outside of Germany. BMW originally planned to locate the facility near the deep-water port in Charleston, South Carolina. However, state officials advised against this due to the extreme risk of hurricane damage to standing automobile inventory, successfully steering the $6 billion investment toward the Upstate. BMW’s arrival created tremendous momentum, spawning an ecosystem of over 40 Tier 1 suppliers that located within the region and generated 10,000 additional jobs. To sustain this growth and provide a steady pipeline of highly skilled engineers, public and private stakeholders partnered to establish the Clemson University International Center for Automotive Research (CU-ICAR) in Greenville. This 250-acre advanced-technology research campus hosts the nation’s only doctoral program in automotive engineering and the Deep Orange prototype design program, cementing Greenville’s status as a center for vehicular research.

Scenario: Electric Vehicle Battery Enclosure Integration

A Tier 1 automotive supplier located within the CU-ICAR campus in Greenville is contracted to design and manufacture a novel, lightweight battery enclosure for an upcoming line of electric vehicles. The engineering team must develop a proprietary, automated robotic welding process capable of joining dissimilar advanced high-strength steels and aluminum alloys without compromising the structural integrity or the complex thermal dynamics of the battery housing.

Application of Federal and State Tax Law

This scenario aligns perfectly with the requirements of the United States Internal Revenue Code (IRC) Section 41, which governs the federal Credit for Increasing Research Activities. The statutory framework requires that qualifying activities meet a rigorous four-part test. First, the objective is permitted under the IRC Section 174 test, as the firm is developing a new manufacturing process and improving a product component. Second, the activity is inherently technological in nature, relying on the hard sciences of metallurgy, mechanical engineering, and thermodynamics.

Third, the company faces strict technical uncertainty. While welding dissimilar metals is theoretically possible, the appropriate design, heat input parameters, cooling rates, and robotic weld angles required for this specific enclosure are highly uncertain. Following the precedent established in the United States Tax Court case Suder v. Commissioner (2014), a business does not have to “reinvent the wheel” to qualify; uncertainty regarding the specific method or appropriate design is sufficient. Finally, the process of experimentation requirement is met as the engineering team conducts iterative testing using the specialized dyno test cells and thermal modeling software at CU-ICAR, adjusting variables after each trial in a methodical, scientific manner, satisfying the stringent criteria outlined in Union Carbide Corp. v. Commissioner.

Because the engineers, testing facilities, and resources are physically located in Greenville, the company can claim the South Carolina Research and Development Tax Credit under S.C. Code Section 12-6-3415. The state credit provides a highly advantageous 5% flat calculation on all qualified research expenditures (QREs) incurred within South Carolina, notably without requiring the complex historical base amount calculations mandated by the federal statute. The credit is strictly nonrefundable but can be utilized to offset up to 50% of the taxpayer’s remaining corporate income tax or corporate license fee liability after all other state credits have been applied, with any unused portions eligible for a 10-year carryforward.

Case Study: Aerospace and Defense Integration

The aerospace industry in Greenville emerged from the strategic repurposing of historical military infrastructure. In the early 1940s, the United States War Department selected Greenville as the site for an Army airfield to support the buildup for World War II, initially serving as a training ground for B-24 Liberator heavy bomber crews. Renamed Donaldson Air Force Base, the facility served critical logistics functions during the Korean War and the Cold War before being deactivated due to federal budget reductions in 1963. Rather than abandoning the sprawling 2,600-acre site, the city and county of Greenville took control of the property, transforming it into the Donaldson Center Industrial Air Park, which was later rebranded as the South Carolina Technology and Aviation Center (SCTAC).

This massive infrastructure asset, featuring South Carolina’s largest general aviation airport and extensive runway systems, provided an unparalleled advantage for attracting large-scale aerospace and defense contractors. Lockheed Martin established operations at the site in 1984 with a modest workforce of twelve individuals. Today, the Greenville facility has expanded to over 1,800 employees and encompasses nearly 1.2 million square feet of covered space. In 2018, in response to increased international demand and strategic realignment, Lockheed Martin relocated its entire F-16 Fighting Falcon production line from Texas to Greenville, establishing the city as the “Global Home of the F-16” and generating an annual economic impact exceeding $1.3 billion. The facility provides highly specialized nose-to-tail aircraft modification, digital transformation services, and Maintenance, Repair, and Overhaul (MRO) operations.

Scenario: Next-Generation Avionics Modification

An aerospace defense contractor operating within the SCTAC complex is tasked with integrating a highly classified, next-generation sensor pod onto a fleet of legacy military airframes. This complex integration requires the contractor’s engineering division to develop custom mounting hardware that substantially alters the aircraft’s aerodynamic profile. Furthermore, the software engineering team must develop entirely new middleware to translate complex digital signals between the modern sensor architecture and the aircraft’s legacy analog flight computers, while maintaining strict military-grade latency requirements.

Application of Federal and State Tax Law

Aerospace contractors frequently encounter the “funded research” exclusion under IRC Section 41(d)(4)(H). If the federal government pays the contractor on a strictly “time and materials” basis, guaranteeing payment regardless of the research’s success or failure, the research is considered funded and is wholly ineligible for the tax credit. Conversely, if the contract is structured as a “firm-fixed-price” agreement and the contractor retains substantial rights to the intellectual property developed—such as the proprietary middleware code—the company bears the economic risk of failure, and the research expenditures are eligible.

Assuming the contract passes the economic risk test, the technical uncertainties regarding aerodynamic interference and signal latency satisfy the statutory requirements for the federal credit. The engineers utilize Computational Fluid Dynamics (CFD) to rigorously model airflow and conduct avionics hardware-in-the-loop (HITL) simulations. When early digital simulations demonstrate unacceptable levels of aerodynamic drag, the engineers systematically redesign the mounting pylon through iterative trials. This precise, methodical approach to evaluating alternatives perfectly aligns with the process of experimentation requirement.

At the state level, the physical execution of these advanced simulations and hardware modifications at the Greenville SCTAC facility generates QREs eligible for the South Carolina R&D credit. The state credit can be strategically utilized to offset corporate income taxes, or uniquely, corporate license fees under S.C. Code Section 12-20-50. Because aerospace contractors often operate under extended development cycles with variable profitability, the ability to bank unused state credits via the 10-year carryforward provision provides a critical financial safety net.

Case Study: Advanced Materials and Specialty Chemicals

Greenville’s profound expertise in materials science is a direct evolutionary byproduct of its historical dominance in the textile industry. As traditional textile weaving and manufacturing migrated offshore, legacy corporations anchored in the Upstate recognized that survival required a dramatic pivot toward high-value, technology-driven products. Milliken & Company, a diversified manufacturer with a massive global headquarters and research facility located near Greenville, exemplifies this transformation. Rather than abandoning the region, Milliken leveraged its deep institutional knowledge of chemical processing and polymer science to transition into specialty chemicals, advanced floor coverings, and highly engineered technical textiles.

Today, the region hosts some of the largest private materials science research facilities in the world, equipped with state-of-the-art rapid prototyping centers, fire service testing laboratories, and advanced chemical synthesis environments. The focus of industrial output in Greenville has fundamentally shifted from commodity fabrics to the development of molecules that enhance plastics circularity, highly resilient automotive interior materials, and sustainable packaging solutions.

Scenario: Sustainable Polymer Additives and Nucleating Agents

A specialty chemical firm based in Greenville is undertaking a long-term research initiative to synthesize a novel clarifying agent, known as a nucleator, specifically engineered for polypropylene packaging. The overarching technical objective is to alter the crystallization rate of the polymer during the injection molding process. If successful, this additive will allow plastic manufacturers worldwide to mold thin-wall containers at significantly lower temperatures, thereby achieving massive energy savings while simultaneously increasing the optical clarity and impact resistance of recycled post-consumer plastics.

Application of Federal and State Tax Law

The development of a new chemical formula designed to improve the performance, sustainability, and quality of a commercial product is the exact type of technological innovation Congress intended to incentivize under IRC Section 41. The research is rooted in the hard science of organic chemistry, satisfying the technological in nature requirement.

Synthesizing highly complex chemical additives requires an extensive, highly controlled process of experimentation. The research chemists in the Greenville laboratory systematically alter the molecular structure of various nucleating agents, compound these experimental additives with raw polypropylene resins, and then mold physical test plaques. These plaques are subsequently subjected to rigorous physical testing for haze, flexural modulus, and impact resistance. As articulated by the United States Tax Court in Union Carbide Corp. v. Commissioner, this structured application of the scientific method—developing a hypothesis, testing it systematically, analyzing the empirical data, and refining the chemical formulation—represents the definitive standard for R&D tax credit eligibility.

Furthermore, companies operating in South Carolina can leverage additional state-level incentives that synergize with the R&D income tax credit. Under S.C. Code Section 12-36-2120(56), the state provides a valuable sales and use tax exemption for machines used directly and exclusively in research and development. Therefore, the specialty chemical firm can claim the 5% SC income tax credit under Section 12-6-3415 on the wages of its research chemists and the raw chemical supplies consumed during testing, while potentially acquiring the expensive laboratory-scale injection molding machines tax-free. However, SCDOR Revenue Ruling #08 strictly mandates that administrative or non-experimental uses of such machinery disqualify the equipment from the exemption, requiring meticulous asset tracking.

Case Study: Life Sciences and Biotechnology

While advanced manufacturing established Greenville’s modern economy, the life sciences sector represents its most aggressive vector of future growth. Life sciences is currently the fastest-growing industry in the state of South Carolina, experiencing a staggering 42% growth rate since 2017 and generating an annual economic impact of $25.7 billion. Supported by the South Carolina Biotechnology Innovation Organization (SCbio), the state now hosts over 1,000 firms engaged in biotechnology, pharmaceuticals, and biomedical devices.

Greenville has specifically emerged as the epicenter for this high-tech sector, driven primarily by an exceptional talent pipeline. The region is surrounded by 26 local colleges and universities, including Clemson University, Furman University, and the University of South Carolina Upstate, which collectively produce hundreds of biological and biomedical science graduates annually. Consequently, Greenville has been ranked among the top 20 markets in the United States for life sciences manufacturing talent. This dense concentration of specialized talent has attracted innovative medical technology companies like Samaritan Biologics, Kiyatec, and Zylo Therapeutics to establish manufacturing and clinical research operations within the city. Life science companies in the area offer highly competitive compensation, with an average wage of $87,369—which is 79% higher than the average wage in South Carolina—resulting in massive pools of qualifying wage expenditures for R&D tax credit purposes.

Scenario: Human Tissue Decellularization and Allograft Matrices

A medical technology startup headquartered in Greenville is engaged in the development of a proprietary methodology for decellularizing and sterilizing human amniotic tissue to create an advanced allograft matrix utilized in the treatment of severe burn victims and chronic wound care. The primary scientific objective is to perfectly balance the sterilization process to eliminate the risk of immune rejection in the patient while simultaneously preserving the highly sensitive, naturally occurring growth factors and cytokines within the tissue structure.

Application of Federal and State Tax Law

The inherent biological variability of human tissue introduces immense and unavoidable technical uncertainty, satisfying the core requirement of IRC Section 41. To resolve this uncertainty, the biomedical engineers and scientists conduct a highly controlled biological process of experimentation. They meticulously test various concentrations of enzymatic washes and alter exposure times, subsequently performing complex assays to quantify the remaining cellular material and the concentration of preserved cytokines.

As the allograft advances from the laboratory into clinical trials—which are heavily supported by Greenville’s extensive clinical research hospital systems—the startup must navigate critical tax compliance jurisprudence. Under IRC Section 41(d)(1)(C), a project must satisfy the “substantially all” requirement, mandating that at least 80% of the research activities constitute elements of a process of experimentation. In the landmark 2023 case Little Sandy Coal Co. v. Commissioner, the U.S. Court of Appeals for the Seventh Circuit affirmed that if a broad project fails to meet this 80% threshold, the taxpayer cannot simply claim the entire project based on the “novelty” of the final product. Instead, the taxpayer must aggressively apply the “shrink-back” rule. This legal doctrine requires the company to shrink the scope of their tax credit claim from the overall allograft product down to the specific sub-components or sub-processes (e.g., exclusively the enzymatic wash step) that successfully meet the rigorous experimentation standard.

For early-stage biotechnology startups, the South Carolina R&D credit provides a disproportionately powerful benefit. Because S.C. Code Section 12-6-3415 lacks a historical base amount threshold, life science startups with massive current-year QREs but zero historical gross receipts can immediately capture the flat 5% calculation on their state QREs. Even if the startup is currently operating at a net loss and generating no current state income tax liability, the credit is securely banked under the 10-year carryforward provision, directly increasing the enterprise value of the firm as it approaches commercialization and future profitability.

Case Study: Information Technology and Software Engineering

The massive concentration of advanced manufacturing, logistics, and aerospace operations in Greenville has necessitated the parallel development of a highly sophisticated information technology and software engineering sector. Fortune 500 companies and local manufacturers require complex digital infrastructure to manage global supply chains, implement cloud transitions, and optimize unprecedented workflow efficiencies. Consequently, software firms and IT consultancies have flourished in the region, supported by nimble training programs at institutions like Greenville Technical College and the intensive computational requirements of the Deep Orange engineering programs at CU-ICAR.

Scenario: Artificial Intelligence and Industrial Digital Twins

A software development firm based in Greenville is contracted to build a proprietary, cloud-based “digital twin” software platform for a local automotive parts supplier. The software architecture must ingest massive volumes of real-time telemetry data generated by robotics on the factory floor, process this data through a custom-built machine learning algorithm, and accurately predict mechanical failures before they result in catastrophic assembly line downtime.

Application of Federal and State Tax Law

Software development faces a unique and highly scrutinized set of regulatory hurdles under the R&D tax credit framework. Under IRC Section 41(d)(4)(E), software developed primarily for internal use (Internal-Use Software or IUS) is generally excluded from the credit unless it meets a significantly higher threshold of innovation. However, because the Greenville software firm is developing this platform with the explicit intent to sell, lease, or license the digital twin technology to third-party automotive manufacturers, the project escapes the punitive IUS classification and is evaluated under the standard four-part test.

The creation of the machine learning algorithm inherently relies on the hard science of computer science, satisfying the technological in nature requirement. Substantial technical uncertainty exists regarding the software architecture, the specific logic paths of the algorithm, and its ability to process high-velocity factory data with sub-second latency without inducing system crashes. To resolve this, the software engineers utilize Agile development methodologies, writing code from scratch, running extensive load tests, evaluating prediction accuracy, and continuously refactoring the codebase. As ruled by the Tax Court in Suder v. Commissioner, developing software from scratch and utilizing iterative testing clearly satisfies the experimentation requirement, distinguishing it from the non-qualifying activity of merely fixing bugs on commercial off-the-shelf software.

However, the catastrophic failure of the taxpayer in Siemer Milling Company v. Commissioner serves as a critical warning for software firms. The court ruled that taxpayers cannot rely on arbitrary, retroactive estimates of developer time to claim the credit. The Greenville software firm must implement rigid, contemporaneous time-tracking systems (such as Jira or similar project management software) that irrevocably link specific developer hours directly to the engineering sprints that involved technical uncertainty and algorithmic experimentation. When properly substantiated, these software engineering wages constitute highly lucrative QREs eligible for both the federal credit and the 5% South Carolina state credit.

Exhaustive Statutory Analysis: The Federal R&D Tax Credit Framework

The federal Credit for Increasing Research Activities, codified under Internal Revenue Code (IRC) Section 41, is a general business credit intentionally designed by Congress to incentivize domestic technological innovation and prevent the offshoring of critical research capabilities. The statutory framework requires taxpayers to satisfy strict criteria to separate qualifying research expenditures (QREs) from standard operational, administrative, or commercialization expenses.

The Four-Part Test Mechanics

To qualify for the federal R&D tax credit, an activity must meet all four elements of the test outlined comprehensively in IRC Section 41(d).

• Permitted Purpose (The Section 174 Test): The activity must be intended to develop a new or improved business component. A business component is strictly defined as a product, process, computer software, technique, formula, or invention that is to be held for sale, lease, or license, or used by the taxpayer in a trade or business. The costs must qualify as research and experimental (R&E) expenditures under IRC Section 174, meaning they are incurred in connection with the taxpayer’s trade or business and represent R&D costs in the experimental or laboratory sense.
• Technological in Nature: The process of experimentation utilized to resolve the uncertainty must fundamentally rely on principles of the hard sciences, explicitly limited to engineering, physics, chemistry, biology, or computer science. This clause explicitly excludes research based in the social sciences, arts, humanities, or economics.
• Elimination of Uncertainty: The activity must be intended to discover information that eliminates technical uncertainty concerning the development or improvement of the business component. Technical uncertainty exists if the information available to the taxpayer does not establish the capability or method for developing or improving the component, or the appropriate design of the component.
• Process of Experimentation: This is the most heavily litigated element of the statute. Substantially all (legally defined as at least 80%) of the activities must constitute a process of experimentation. This requires a methodical plan involving the identification of uncertainty, the formulation of a hypothesis, and the evaluation of alternatives through modeling, simulation, or a systematic trial and error methodology.

Statutory Exclusions

Even if an activity appears highly technical, IRC Section 41(d)(4) explicitly excludes several categories of research from qualifying for the credit. These exclusions include:

• Research after Commercial Production: Any research conducted after the business component has met its basic design specifications and is ready for commercial sale or use.
• Adaptation and Duplication: Adapting an existing product to a particular customer’s requirement, or reverse-engineering an existing product.
• Foreign Research: Research conducted outside the geographic boundaries of the United States. To claim the credit, the physical labor and experimentation must be performed domestically.

The Volatile Legislative Landscape of IRC Section 174

The calculation and utility of the R&D tax credit are inextricably linked to the accounting treatment of research expenditures under IRC Section 174. The legislative environment governing these expenditures has experienced extreme volatility, creating complex compliance burdens for taxpayers.

Historically, taxpayers were permitted to immediately deduct R&E costs in the year they were incurred. However, the Tax Cuts and Jobs Act (TCJA) of 2017 substantially amended Section 174, mandating that specified research or experimental (SRE) expenditures paid or incurred in taxable years beginning after December 31, 2021, must be capitalized and amortized over five years for domestic research, and fifteen years for foreign research. This amortization requirement severely impacted the cash flow of research-intensive corporations.

The landscape shifted again with the passage of the One Big Beautiful Bill Act (OBBBA) in 2025. Congress enacted new IRC Section 174A, which permanently reinstated full, immediate expensing for domestic R&E expenditures paid or incurred in taxable years beginning after December 31, 2024. Crucially, the OBBBA provided transition rules permitting taxpayers to accelerate unamortized domestic R&E expenditures from tax years 2022 through 2024 into the first tax year beginning after 2024, or spread the deductions evenly over 2025 and 2026. However, foreign R&E expenditures must still be capitalized and amortized over 15 years, reinforcing the federal intent to onshore R&D operations to domestic hubs like Greenville.

Exhaustive Statutory Analysis: The South Carolina State R&D Tax Credit

The State of South Carolina aggressively incentivizes corporate innovation through S.C. Code Section 12-6-3415, administered by the South Carolina Department of Revenue (SCDOR). The state credit is recognized by tax practitioners as highly advantageous due to its straightforward calculation mechanics, which bypass the complex historical base period calculations required by the federal system.

Statutory Mechanics, Limitations, and Carryforwards

The South Carolina Research and Development Tax Credit is calculated as a flat 5% of qualified research expenses (QREs) made exclusively within the state of South Carolina. Because South Carolina does not utilize a base amount, fixed-base percentage, or gross receipts adjustment, the credit applies directly to all eligible state-level QREs without subtracting any prior-year threshold. This structure provides immense immediate value to both newly formed life science startups and established automotive manufacturers expanding their R&D footprints.

To qualify, a taxpayer is statutorily required to have claimed a federal income tax credit pursuant to IRC Section 41 for increasing research activities for the exact same taxable year. The federal claim, executed on IRS Form 6765, serves as the prerequisite gateway to filing South Carolina Form TC-18.

The state credit is strictly nonrefundable and is subject to stringent utilization limitations. The credit can be deployed to offset corporate income taxes imposed under S.C. Code Chapter 6, or corporate license fees imposed pursuant to Chapter 20 (S.C. Code Section 12-20-50). However, the R&D credit taken in any single taxable year cannot exceed 50% of the taxpayer’s remaining tax liability after all other statutory state credits (such as the Job Tax Credit or Corporate Headquarters Tax Credit) have been applied. Any unused credit generated in a taxable year may be carried forward for up to 10 consecutive taxable years, providing a robust, long-term financial asset for companies with fluctuating tax liabilities.

State Conformity and Section 174 Decoupling Risks

A critical and immediate compliance risk for taxpayers operating in Greenville involves the mechanics of state tax conformity. State departments of revenue generally conform their state tax codes to the federal Internal Revenue Code on either a “rolling” (automatic adoption of federal changes) or “static” (adoption of the IRC as it existed on a specific fixed date) basis.

South Carolina operates as a static conformity state. According to recent SCDOR guidance, South Carolina conforms to the Internal Revenue Code strictly as amended through December 31, 2024. Because the federal OBBBA was enacted in 2025, South Carolina has not yet statutorily adopted the federal changes that reinstated full expensing for domestic R&E under new Section 174A. Consequently, until the South Carolina Legislature explicitly passes legislation updating its date of conformity, taxpayers claiming full, immediate expensing under federal Section 174A in 2025 will be required to execute decoupling adjustments on their South Carolina corporate tax returns. Taxpayers must continue to capitalize and amortize those exact same state-level research expenditures over five years for state corporate income tax purposes, requiring the maintenance of dual, highly complex depreciation and amortization schedules.

Pivotal Jurisprudence and Case Law Interpretation

Federal courts have consistently refined the operational boundaries of the R&D tax credit. Taxpayers in Greenville must structure their R&D documentation protocols to withstand rigorous IRS and SCDOR scrutiny based on the following binding jurisprudential precedents.

Union Carbide Corp. v. Commissioner (2009)

In Union Carbide, the taxpayer attempted to claim R&D credits based on the development of innovative production processes and anti-fouling technologies within its chemical plants. The U.S. Tax Court drew a severe distinction between product research and process research, heavily scrutinizing the “process of experimentation” requirement. The Court decisively ruled that a process of experimentation requires the strict application of the scientific method. The taxpayer must systematically formulate a hypothesis as to how a new alternative might be used to develop a business component, test that hypothesis in a scientifically controlled manner, analyze the resulting empirical data, and then iteratively refine or discard the hypothesis. Crucially, the Court established that while only one alternative need be ultimately identified and evaluated, the process “generally should be capable of evaluating more than one alternative”. For Greenville’s advanced manufacturing base, this ruling dictates that process engineering must be meticulously documented as a rigorous scientific trial, not merely routine factory floor troubleshooting.

Suder v. Commissioner (2014)

The Suder case involved an electronics and telecommunications company (ESI) developing new hardware and software systems. The IRS challenged the fundamental eligibility of the projects and the inclusion of the CEO’s exorbitant multi-million dollar wages as QREs. The Tax Court ruled in favor of the taxpayer regarding the qualification of 11 out of 12 projects, establishing a highly taxpayer-favorable precedent: a business “does not have to reinvent the wheel” for its research and experimentation activities to be eligible. The uncertainty requirement is fully satisfied even if a company knows it is technically possible to achieve a goal, provided the company remains uncertain of the precise method or appropriate design required to reach that goal. However, while the Court validated that the CEO’s activities (steering product development from concept to alpha testing) qualified as direct research, it ruthlessly forced a reduction in his wages for tax purposes, ruling that his compensation amount was unreasonable for the actual hours worked in a research capacity.

Siemer Milling Company v. Commissioner (2019)

Siemer Milling serves as a punitive warning regarding the absolute necessity of contemporaneous documentation. The taxpayer, a wheat milling company, claimed R&D credits for seven process improvement projects based almost entirely on an R&D study prepared retroactively by an accounting firm. The Tax Court completely disallowed the entire credit, ruling that the taxpayer relied on arbitrary, retroactive estimates of employee time and failed to present sufficient contemporaneous documentation to prove that a true process of experimentation actually occurred. The Court held that generalized descriptions of uncertainty, broad assertions of product novelty, and arbitrary estimates of time spent performing experimentation are legally insufficient to satisfy the strict substantiation requirements of IRC Section 41.

Little Sandy Coal Co. v. Commissioner (2023)

The U.S. Court of Appeals for the Seventh Circuit issued a landmark, nuanced ruling regarding the “substantially all” requirement of the experimentation test. Under Section 41(d)(1)(C), 80% or more of a project’s research activities must constitute a process of experimentation. In previous rulings, the Tax Court had excluded costs related to “direct support” and “direct supervision” from the numerator of this fraction, severely handicapping taxpayers.

The Seventh Circuit explicitly overturned this specific reasoning, ruling that costs associated with direct support and direct supervision of research activities do qualify for inclusion in both the numerator and denominator of the 80% calculation, provided the costs qualify as deductible under Section 174. This is a massive victory for taxpayers, allowing the wages of lab technicians and supervising engineers to count toward the 80% threshold. However, the Court ultimately denied the taxpayer’s credit in this specific case because the taxpayer failed to properly document which specific employee activities involved experimentation.

Furthermore, the Court formalized the application of the “shrink-back” rule. When a taxpayer cannot demonstrate that an overall business component meets the 80% experimentation threshold, they must shrink the claim back to the specific subcomponents that do meet the test. The Court cautioned that by choosing an “all or nothing” strategy and failing to document subcomponents, the taxpayer “swung for the fences and missed”. Finally, the Court explicitly agreed with previous rulings that the pure “novelty” of a product is not an acceptable heuristic for establishing that a process of experimentation took place.

By meticulously adhering to these established documentation standards and strategically navigating the complex interplay between federal statutes and South Carolina’s distinct tax conformity rules, advanced manufacturers, aerospace contractors, and biotechnology firms operating in Greenville can confidently leverage the Research and Development tax credit to perpetually underwrite the cost of technological innovation.

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.