Industrial R&D

Defining and Describing Industrial R&D

  • Industrial R&D represents the engine of U.S. innovation, with businesses performing $722 billion in domestic R&D in 2023, predominantly funding development activities that drive technological advancement across manufacturing and nonmanufacturing sectors. [67s8db]
  • Industrial R&D encompasses research and development performed by the business sector, including companies with 10 or more employees tracked via the NCSES Business Enterprise Research and Development (BERD) Survey and smaller firms via the Annual Business Survey (ABS). [n51znv]
  • It spans physical, engineering, and life sciences R&D by organizations whose primary purpose is research, excluding incidental R&D by manufacturers or pharmaceuticals, under NAICS code 54171. [x714hm]
  • Of total business R&D spending, 79% goes to development, 15% to applied research, and 6% to basic research, with companies' own funds covering $635 billion in 2023. [67s8db]
  • This activity matters for economic growth, as it includes capital investments like $24 billion by manufacturing and $14 billion by nonmanufacturing firms. [67s8db]

Uses in Context

  • In national statistics, invoked to track "overall research and development effort in the United States" via trend data on expenditures by performing sector. [n51znv]
  • In industry analysis, describes "companies and organizations that are involved in physical, engineering or life sciences research and development (R&D)" under NAICS 54171, excluding supportive R&D in other sectors. [x714hm]
  • In global innovation tracking, refers to "R&D investment share by industry," highlighting growth in software/ICT services that more than doubled from 2018–2024. [opjyo1]
  • In tax policy, applied to "qualified research expenses" deductible under Section 174 since 1954, now facing new capitalization rules. [zw4ch5]
  • In sector scrutiny, denotes activities like "tooling, prototyping" in manufacturing, subject to IRS review for R&D tax credits. [26ma6z]

History of Use

Origins

  • Industrial R&D tracking originated with the National Science Foundation's Survey of Industrial Research and Development (SIRD), a sample survey conducted annually from 1953–2007 providing "national estimates of the R&D performed within the United States by industrial firms, whether U.S. or foreign-owned." [n51znv]

Evolution

  • 2023–2024: NCSES shifted to BERD for larger firms and ABS for smaller ones, enabling comprehensive coverage of "R&D performed in the domestic United States by the business sector." [n51znv]
  • 2018–2024: Global data showed divergent trajectories, with software/ICT services R&D more than doubling amid 10% revenue growth, while construction and industrial metals peaked then declined. [opjyo1]
  • 2025: IRS heightened "scrutiny on specific industries" like manufacturing for R&D tax credits, ushering a "new era of disclosure and documentation." [26ma6z]

Best Real-World Examples

Broadcom, Nvidia
  • NCSES Business Enterprise Research and Development (BERD) Survey tracking $722B in U.S. business R&D, with 79% development-focused. [67s8db]
  • Scientific Research & Development in the US (NAICS 54171) industry, primary R&D operators in engineering and life sciences. [x714hm]
  • Broadcom in ICT hardware, with +77.2% R&D growth. [opjyo1]
  • NVIDIA following in electrical equipment R&D surge. [opjyo1]
  • AbbVie in pharmaceuticals/biotech, posting 67% R&D increase. [opjyo1]
  • Architecture & Engineering Firms claiming R&D credits for design processes. [3d94mc]

Case Studies

The NCSES BERD Survey exemplifies industrial R&D measurement evolution: From 2019–23, it captured data from companies with 10+ employees, complemented by ABS for smaller firms, revealing $722 billion in 2023 U.S. business R&D—a 4.4% rise from 2022—with own-funding at $635 billion. [n51znv] [67s8db] This broke down to $43B basic research (6%), $110B applied (15%), and $568B development (79%), plus $38B capital spend. [67s8db] It shows industrial R&D's scale and business dominance in funding/performing, informing policy amid FFRDCs' federal role. [n51znv]
Global Innovation Index 2025 tracked industrial R&D trajectories: Software/ICT services doubled R&D since 2018 with 10% 2024 revenue growth; Broadcom led ICT hardware (+77.2%), NVIDIA/Samsung/SK Hynix followed; AbbVie topped pharma/biotech (+67%). [opjyo1] Meta grew 14% in software, while construction/industrial metals rose then fell. [opjyo1] This illustrates sector divergence, with ICT outpacing others, underscoring industrial R&D's role in innovation competitiveness. [opjyo1]
R&D tax credits highlight industrial application: Since 1954, Section 174 allowed immediate deduction of "qualified research expenses," aiding manufacturing prototyping and A&E design. [zw4ch5] [3d94mc] By 2025, IRS scrutiny intensified on industries like manufacturing/tooling, demanding robust documentation for credits claimed by firms improving processes/software. [v7vi5l] [26ma6z] KBKG notes firms claiming "hundreds of millions" via product/process design. [v7vi5l] It demonstrates industrial R&D's fiscal incentives, now with stricter compliance teaching documentation's evolution. [26ma6z]

Sources