Amirikian v. United States

The evolution of the United States tax code regarding scientific inquiry and industrial innovation is a narrative characterized by a shift from the subjective evaluation of a donor's intent to the objective analysis of contractual risk and intellectual property rights. At the center of this historical transition lies the landmark case of Amirikian v. United States, a dispute resolved by the United States Court of Appeals for the Fourth Circuit in 1952. While the case originally addressed the taxability of a cash prize awarded for a technical paper on arc welding, its legal DNA continues to permeate the contemporary framework of the Research and Development (R&D) Tax Credit under Section 41 of the Internal Revenue Code. The determination in Amirikian—that technical excellence performed within a competitive or contractual framework constitutes a service rather than a gift—established the foundational logic for what modern practitioners identify as the "funded research" exclusion. As engineering, architectural, and software firms seek to claim billions in tax credits for their innovations, the shadow of Arsham Amirikian's 1942 award looms large, dictating the boundaries of financial risk and substantial rights in the eyes of the Internal Revenue Service (IRS) and the federal judiciary.

The Technical and Professional Context of Arsham Amirikian

To appreciate the legal gravity of Amirikian v. United States, it is first necessary to examine the professional stature and technical contributions of the taxpayer, Arsham Amirikian. A distinguished civil engineer, Amirikian served as a principal engineer within the Bureau of Yards and Docks of the Navy Department in Washington, D.C. His career was defined by the application of advanced structural theory to the practical exigencies of naval construction, particularly during the critical period leading into and during World War II.

Between October 1939 and April 1940, Amirikian directed his expertise toward the design and supervision of a revolutionary method for constructing caissons—large, watertight chambers used as gates for naval dry docks. Historically, these massive structures were fabricated using riveting, a labor-intensive and materially heavy process. Amirikian proposed and implemented a method utilizing arc welding, which fundamentally altered the structural integrity and efficiency of the caissons. This shift in methodology was not a routine task; it involved overcoming significant technical uncertainties regarding the behavior of welded joints in large-scale marine environments, a feat that would later be recognized as a hallmark of his professional legacy.

During the course of his official duties, Amirikian, alongside a fellow engineer who served as the Director of Planning and Design, successfully developed and deployed these arc-welded caissons. The success of this project coincided with a global effort to promote arc welding technology, spearheaded by the James F. Lincoln Arc Welding Foundation.

The Lincoln Foundation Contest and the Genesis of Conflict

In 1936, the Lincoln Electric Company established The James F. Lincoln Arc Welding Foundation in honor of its president. The Foundation's stated purpose was to "stimulate scientific interest and scientific research, study and education in respect of the development of the arc welding industry." In January 1940, the Foundation announced a global contest, offering prizes for papers that detailed progress made through the application of arc welding.

The contest rules were specific and demanding. Participants were required to have been actually engaged in the design or execution of the work described in their papers. Furthermore, the Foundation established criteria for the awards, including the cost saved by using arc welding compared to previous methods used by the contestant's employer and the industry at large. This requirement created a direct link between the professional labor of the engineer and the scientific documentation required for the contest.

Amirikian and his co-author spent approximately forty hours preparing a paper titled "Welded Caissons for Naval Dry Docks," which described the very improvements they had developed for the Navy. In August 1942, they were notified that their submission had won the first-place award of $13,700, of which Amirikian's share was $6,850.

While Amirikian included this amount in his 1942 tax return and paid the tax under protest, he subsequently filed a claim for a refund, arguing that the award was a gift and therefore excludable from gross income under Section 22(b)(3) of the Internal Revenue Code of 1939.

The Judicial Trajectory: From District Court to the Fourth Circuit

The legal battle over Amirikian's award took place against a backdrop of shifting judicial views on the nature of prizes and awards. The District Court for the District of Maryland initially ruled in favor of Amirikian, holding that the $1,622.85 in additional tax he paid should be refunded.

The lower court's reasoning was centered on the concept of "donative intent." It concluded that the Foundation's primary motive was to promote science and education, and because the Foundation derived no direct economic benefit from the paper, the award lacked the compensatory character of income.

However, the United States appealed this decision, and the case was brought before the Fourth Circuit Court of Appeals. The appellate court's decision, rendered in 1952, reversed the District Court's ruling, guided heavily by the Supreme Court's concurrent decision in Robertson v. United States.

The Robertson Doctrine

In Robertson v. United States, a composer had won a prize for a symphony written years prior to the contest. The Supreme Court held that the payment of a prize to a contest winner is the discharge of a contractual obligation. The Court reasoned that the sponsor's offer of a prize, and the contestant's subsequent performance of the required tasks (such as writing an essay or a symphony), creates an enforceable contract.

The Fourth Circuit applied this logic to Amirikian's situation. Even though Amirikian's work on the caissons was part of his job, the act of preparing the paper specifically for the contest constituted a separate service rendered to the Foundation under the terms of the contest offer. The court emphasized that the discharge of a legal obligation—the payment for services rendered—cannot be considered a gift, regardless of whether the payor derives an economic benefit from the service.

This ruling effectively ended the era where scientific prizes could easily be classified as non-taxable gifts. It established a precedent that remains vital in tax law today: any research or technical work performed in exchange for a promised payment, whether that payment is a "prize" or a "contract price," is fundamentally compensatory in nature.

The Birth of the R&D Tax Credit and Section 41

The logic found in Amirikian—distinguishing between independent scientific achievement and research performed for hire—found its modern statutory expression in the Research and Experimentation (R&E) Tax Credit. Originally introduced as part of the Economic Recovery Tax Act of 1981, the credit was designed to incentivize American businesses to invest in high-risk technical innovation. Now codified under Section 41, the credit provides a dollar-for-dollar reduction in tax liability for "qualified research expenses" (QREs).

However, consistent with the Amirikian ruling's focus on contractual obligations, Section 41(d)(4)(H) contains a critical exclusion: research that is "funded" by another person or governmental entity is not eligible for the credit in the hands of the researcher. This creates a direct link between the 1952 decision and modern tax planning. If a taxpayer is paid to perform research under a contract that shifts the risk to the customer or grants the customer all rights to the innovation, that research is deemed "funded" and the taxpayer is disqualified from claiming the credit.

Modern Implications: The "Funded Research" Battleground

For contemporary architectural, engineering, and manufacturing firms, the legacy of Amirikian manifests in the rigorous "funded research" analysis conducted by the IRS. The determination of whether research is funded hinges on a two-pronged test derived from Treasury Regulation Section 1.41-4A(d):

• Economic Risk: The taxpayer must bear the financial risk of failure. This means that payment for the research must be contingent on its success.
• Substantial Rights: The taxpayer must retain "substantial rights" to the research results, meaning they must be able to use the technology or knowledge discovered in their own business without paying the customer for the privilege.

Case Analysis: Smith v. Commissioner and Architectural Innovation

In Smith v. Commissioner (2025), the Tax Court addressed these very issues in the context of an architectural firm, Adrian Smith + Gordon Gill Architecture (AS+GG), which provided "innovative architectural design services" for complex international projects. Much like Amirikian's work for the Navy, the firm argued that its designs involved significant technical uncertainty and experimentation.

The IRS moved for summary judgment, arguing that the research was funded because the firm's contracts only required them to perform to "professional standards," which supposedly did not put them at risk if the research failed. However, the court denied the motion, finding that the contracts potentially tied payment to "design milestones."

This distinction is critical: if a firm is paid an hourly rate (similar to a salary) regardless of whether the design works, they are not "at risk." But if payment is only released upon the successful completion of a technically challenging milestone, the researcher bears the risk of loss if their innovation fails.

Case Analysis: Dynetics and the Rigidity of Contract Clauses

The Dynetics, Inc. v. United States case further illustrates how modern courts parse the "fine print" of contracts to determine credit eligibility. Dynetics, an engineering firm, performed work under several government and aerospace contracts. The court reviewed four primary contract types—Cost Plus Fixed Fee, Time and Materials, Fixed Price Level of Effort, and Fixed Price.

The court determined that nearly all of these contracts were "funded" because they did not place the ultimate financial risk of research failure on Dynetics. Crucially, the court rejected the argument that "inspection" or "warranty" clauses created risk. The judge noted that a requirement to correct nonconforming services at cost was not a failure of research, but a failure to meet contract terms. This underscores the reality that for a taxpayer to claim the R&D credit, the contract must explicitly or implicitly make payment dependent on the technical success of the research, not just the delivery of labor.

The Four-Part Test: From Scientific Interest to Process of Experimentation

While the "funded research" question addresses who can claim the credit, the "Four-Part Test" addresses what activities qualify. Here again, the Amirikian case's discussion of what constitutes "scientific research" vs. "routine work" is reflected in the statutory requirements of Section 41(d).

1. The Section 174 Test: Identifying Uncertainty

The research must relate to expenditures that would be deductible under Section 174. This requires that the taxpayer identify a specific "technological uncertainty" at the outset of the project. In Phoenix Design Group, Inc. v. Commissioner (2025), an engineering firm lost its credit claim because it failed to document specific uncertainties. The court held that "basic calculations on available data" do not constitute investigative activity because the taxpayer already has the information necessary to address the unknown.

2. Technological in Nature

The research must rely on the principles of physical or biological sciences, engineering, or computer science. Arsham Amirikian's work on arc welding was inherently "technological" as it relied on materials science and structural engineering.

3. Business Component Test

The research must be intended to improve the function, performance, reliability, or quality of a "business component"—a product, process, software, technique, formula, or invention to be held for sale, lease, or use in the taxpayer's trade or business.

4. Process of Experimentation

This is the most frequent point of failure for modern claims. The taxpayer must demonstrate a systematic process of evaluating alternatives through modeling, simulation, or trial and error. The Phoenix Design Group court noted that "iterative calculations" performed by engineers did not satisfy this test because they did not mirror the "scientific method." The court emphasized that simply communicating results to an architect is an evaluative process, but not one that constitutes "experimentation" for tax purposes.

Documentation: The Achilles' Heel of Modern R&D Claims

One of the most profound implications of recent case law for future R&D applications is the heightened standard for "contemporaneous documentation." In Phoenix Design Group, the court explicitly stated that the taxpayer's failing was "primarily one of documentation of its engineers' activities."

While the IRS historically allowed for some flexibility under the "Cohan rule"—which permits the court to estimate expenses if a taxpayer can prove they incurred some qualified costs—the current trend is moving away from this leniency. Taxpayers are now expected to provide:

• Time-tracking data tied to specific technical uncertainties.
• Evidence of the alternatives evaluated (e.g., failed designs, test results).
• Project notes that describe the technical challenges encountered, not just the project status.

This requirement serves as a warning to modern-day Amirikians. Had Amirikian's case been an R&D credit dispute under modern rules, his detailed paper "Welded Caissons for Naval Dry Docks" would have served as excellent documentation of the results of his research, but he would still need to provide the internal engineering logs showing the "process of experimentation" that led to those results.

The Impact of State Law and Jurisdictional Nuances

An emerging trend in R&D jurisprudence, as seen in System Technologies, Inc. and Smith, is the influence of state and foreign law on the "funded research" determination. In System Technologies, the court looked at Indiana state law to determine that the taxpayer bore the risk of failure. If state law provides a remedy for a customer to recover payments in the event of a total breach (i.e., the research fails completely), the court may find that the researcher was "at risk" even if the contract was not perfectly explicit.

Conversely, in Smith, the court had to grapple with the laws of Dubai and the UAE to understand the copyright and contract rights of the architectural firm. For future R&D tax credit applications, this means that the choice-of-law provision in a contract is not merely a legal formality; it can be the deciding factor in whether millions of dollars in tax credits are sustained or disallowed.

Government Contractors and the "Amirikian" Context

Because Arsham Amirikian was a government employee (and later a government contractor through Amirikian Engineering Co.), his case is particularly relevant to the defense and infrastructure sectors. Government contractors often face the steepest challenges in claiming R&D credits because Federal Acquisition Regulations (FAR) often include "Rights in Data" clauses that can automatically grant the government exclusive rights to any innovation.

Furthermore, the "inspection" clauses common in government contracts are frequently cited by the IRS as evidence that the research is funded. As the Dynetics court ruled, if the government can simply "reject" work that doesn't meet specifications but doesn't have a mechanism for the contractor to lose money specifically on the technical failure of the research, the credit is likely doomed.

Future Outlook: Legislative and Administrative Shifts

The landscape of the R&D tax credit is currently undergoing significant change. The Tax Cuts and Jobs Act of 2017 (TCJA) introduced a requirement to capitalize and amortize R&E expenses under Section 174 over five years (fifteen years for foreign research), rather than deducting them immediately. This shift has made the definition of what constitutes Section 174 research—a core component of the R&D credit's Four-Part Test—more critical than ever.

Additionally, the IRS has introduced new procedural requirements for refund claims, demanding that taxpayers identify all business components and research activities at the time of the claim. These administrative hurdles, combined with the judicial rigor seen in Phoenix Design Group and Dynetics, suggest a future where only those firms with the most robust technical documentation and the most carefully drafted contracts will prevail.

Strategic Implications for Future R&D Applications

Based on the synthesis of Amirikian v. United States and modern Section 41 jurisprudence, several strategic imperatives emerge for taxpayers:

1. Contractual Risk Alignment

Taxpayers must move away from "best efforts" or "hourly" contracts if they intend to claim the R&D credit. Contracts should be structured to include:

• Fixed-price arrangements for the R&D phase of a project.
• Milestone payments that are explicitly contingent on the technical success of the innovation.
• Language that clearly differentiates "research risk" from "performance risk."

2. Intellectual Property Retention

To satisfy the "substantial rights" test, firms must ensure their contracts do not contain "work for hire" clauses that automatically strip them of all IP rights. At a minimum, the firm should retain a non-exclusive, royalty-free license to use the "institutional knowledge" or "techniques" developed during the project for its own business.

3. Technical Project Accounting

The integration of technical logs with financial data is no longer optional. Firms should implement systems that:

• Capture the specific "uncertainties" for each business component at the project's inception.
• Record the alternatives evaluated and the results of those evaluations (the "process of experimentation").
• Distinguish between "routine engineering" (calculations based on known data) and "qualified research" (investigative activity to resolve unknowns).

4. Jurisdiction-Specific Analysis

Taxpayers should evaluate how the governing law of their contracts (e.g., Indiana vs. Delaware) affects their risk profile. State laws regarding breach of contract, warranties, and IP can serve as "substantial authority" to support an R&D claim even when the contract itself is ambiguous.

The Enduring Significance of Amirikian

The case of Amirikian v. United States serves as a bridge between the old and new worlds of American tax law. It reminds us that "scientific interest" and "public welfare" are not enough to exempt income from tax or to qualify it for a credit; the form of the transaction matters. Just as Amirikian's prize was seen as a payment for the service of writing a paper, modern R&D work is often seen by the IRS as a service provided to a client rather than an investment in the taxpayer's own business.

The future of the R&D credit in the USA will be a continued refinement of these boundaries. As engineering firms like Phoenix Design Group and architectural firms like AS+GG push the limits of what is possible in the physical world, the Tax Court will continue to push the limits of how that work is documented and contracted. For the modern innovator, the lesson of Arsham Amirikian is clear: excellence in engineering is the baseline, but the survival of the tax benefit depends on the structure of the deal.

Conclusion

The trajectory of this analysis reveals that the R&D tax credit is not a reward for technical success, but an incentive for technical risk. Arsham Amirikian's welded caissons were a technical success, but because the risk and the contractual framework were not aligned with the (then-future) concepts of Section 41, the financial reward was taxed as ordinary income. Today, the "Amirikian principles" dictate that a taxpayer must be more than a talented engineer; they must be a savvy contractor who understands that "at-risk" research and "substantial rights" are the twin pillars of a successful R&D credit application.

As the IRS increases its enforcement and the courts tighten the requirements for experimentation and documentation, the legacy of Amirikian v. United States will only grow in relevance. It stands as a cautionary tale and a foundational text, reminding every innovator that in the eyes of the tax code, scientific "progress" is often just another form of "service rendered" unless the taxpayer can prove they were the ones left holding the bill if the experiment failed.

In the final analysis, the path from Amirikian's 1942 naval dry docks to the sophisticated R&D tax strategies of today is one of increasing clarity. The "scientific interest" that the Lincoln Foundation sought to stimulate is now a multi-billion dollar economic engine, but its taxability remains rooted in the simple question of whether the innovator was a researcher for themselves or a servant of the contract. For the modern firm, the answer to that question must be documented in every project log, every contract milestone, and every line of code.