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U.S. Industrial R&D Expenditures and R&D-to-Sales Ratio Reach Historical Highs in 2000
This InfoBrief presents summary statistics from the 2000 cycle of the National Science Foundation's (NSF's) annual Survey of Industrial Research and Development. The survey results show that companies spent $199.5 billion on research and development (R&D) that they performed in the United States during 2000, up 9 percent over the 1999 figure. Company funding of R&D continued to increase, as it has each year since 1953, rising from $160.2 billion in 1999 to $180.4 billion in 200013 percent increase. Federal funding of industrial R&D was $19.1 billion in 2000 compared with $22.5 billion in 1999. After adjusting for inflation, total industrial R&D rose 7 percent, company-funded R&D rose 10 percent, and federally funded R&D fell 17 percent. Summary statistics from the 1999 and 2000 surveys are compared in table 1.Table 1 Source Data: Excel file
R&D Funds by Sector
Manufacturing industries performed $110.8 billion, or 61 percent, of company-funded industrial R&D in the United States during 2000. The amounts of company-funded R&D reported by top R&D-performing manufacturing industries are indicated below.
Companies classified in the nonmanufacturing industries performed $69.7 billion, or 39 percent, of company-funded industrial R&D in the United States during 2000. The amounts of company-funded R&D reported by top R&D-performing nonmanufacturing industries are indicated below.
Sales and Employment of R&D-Performing Industries
Domestic net sales of companies that performed R&D in the United States rose 7 percent, from $4.9 trillion in 1999 to $5.2 trillion in 2000. Manufacturers' sales rose 9 percent, from $3.1 trillion in 1999 to $3.4 trillion in 2000; companies in nonmanufacturing industries reported sales of about $1.8 trillion in both years. The R&D-to-sales ratio for all R&D-performing companies was an historical high of 3.8 percent in 2000; 3.6 percent for manufacturers and 4.1 percent for companies in nonmanufacturing industries.
Domestic employment by companies that performed R&D in the United States fell 3 percent, from 18.2 million in 1999 to 17.7 million in 2000. The number of people who were employed by manufacturing companies remained essentially unchanged, 10.9 million in 1999 and 11.0 million in 2000, while companies in nonmanufacturing industries reported employment of 7.3 million in 1999 and 6.7 million in 2000. Although total employment decreased, the number of full-time equivalent (FTE) scientists and engineers who performed industrial R&D remained virtually unchanged, about 1.0 million in both years. Manufacturers employed 0.6 million FTE R&D scientists and engineers and companies in nonmanufacturing industries employed 0.4 million.
R&D Funds Per R&D Scientist or Engineer
The average amount of R&D funds spent per FTE R&D scientist or engineer in manufacturing industries rose 11 percent, from $186,000 during 1999 to $206,000 during 2000, while the amount spent per FTE R&D scientist or engineer in nonmanufacturing industries rose 2 percent, from $170,000 to $174,000. The top performing industries of company-funded industrial R&D are listed below in descending order with the average amount of R&D funds spent per FTE R&D scientist and engineer indicated for each.
Notes on Statistical and Survey Methodology
Statistics produced from the Survey of Industrial Research and Development are developed from a sample. A particular year's statistical sample is only one of the many random samples that could be selected for that year. Estimates derived from the many random samples vary and the coefficient of variation (CV) is a measure of that variation. The 1999 and 2000 survey samples were designed to produce CVs targeted at 2 percent for industries in which there was a large amount of R&D expenditures and 5 percent for industries in which there was a moderate amount. In addition to sampling error, year-to-year changes may have been influenced by companies with large R&D expenditures that changed industry classifications because of payroll composition, mergers, or acquisitions, or companies that changed size classifications.
Statistics resulting from the 2000 cycle of the survey benefit from recent enhancements in the conduct of the Survey of Industrial Research and Development. These enhancements include refocusing the sampling strategy to produce better quality statistics for the industries that perform the greatest amounts of R&D while deemphasizing industries that perform little or no R&D (for more information see the technical notes in Research and Development in Industry: 1998 (NSF 01-305) at http://www.nsf.gov/sbe/srs/nsf01305/start.htm); implementation of the North American Industrial Classification System (NAICS) (see Research and Development in Industry: 1999 (NSF 02-312) at http://www.nsf.gov/sbe/srs/nsf02312/start.htm); and an increase in the number of size-of-business categories used to classify survey statistics (see SRS Data Brief: "U.S. Industrial R&D Performers Report Increased R&D in 1999; New Industry Coding and Size Classifications for NSF Survey" (NSF 01-326) at http://www.nsf.gov/sbe/srs/databrf/nsf01326/db01326.htm).
This InfoBrief provides statistics and information from the 2000 Survey of Industrial Research and Development. Six early release tables are available at http://www.nsf.gov/sbe/srs/srs02403/start.htm. The annual report, Research and Development in Industry: 2000, will be published later this year on the NSF web site at http://www.nsf.gov/sbe/srs/indus/start.htm. This will be the first report in the Research and Development in Industry series that will be published only in electronic format; subsequent reports also will be published only in electronic format. The annual report will contain the full set of 47 tables available from the 2000 survey and will present R&D statistics by industry, size of company, source of funds, character of R&D, R&D as a percentage of net sales, and R&D funded to outside organizations and performed outside the United States. The report also will provide historical trends in R&D, sales and total employment of R&D-performing companies, employment of R&D scientists and engineers, statistics by state, and technical information on the survey sample, processing, and the North American Industrial Classification System.
This InfoBrief was prepared by:
Raymond M. Wolfe
 In this InfoBrief, and in NSF industrial R&D statistics, company is defined as a business organization of one or more establishments under common ownership or control.
 Estimates of industrial R&D activity produced from the Survey of Industrial Research and Development are developed from a statistical sample selected each year. Sampling may have an effect on year-to-year changes in the estimates. See the Notes on Statistical and Survey Methodology at the end of this InfoBrief for more information.
 Company funding refers to funds provided by all sources except the Federal Government for industrial R&D performed within the company's domestic facilities. The funds are predominantly the company's own but also include funds from such outside organizations as other companies, research institutions, universities and colleges, nonprofit organizations, and state governments.
 This statement is based on statistics produced from the Survey of Industrial Research and Development since 1953, the first year for which statistics were prepared.
 The average amount is calculated by dividing all costs associated with the performance of industrial R&D by the number of FTE R&D scientists and engineers employed. Component costs, with 1999-to-2000 percentage increases indicated in parentheses, are: salaries, wages, and fringe benefits paid to R&D scientists and engineers (2.8%); materials and supplies used for R&D (8.4%); depreciation on capital equipment and facilities used for R&D (14.8%); and other R&D costs (16.4%). These data are not adjusted for inflation.
 This list contains estimates for the top six performing industries or industry groups for which statistics are available.
 The CV is a percentage that can be added to and subtracted from the published estimate to allow the user to construct an interval that is associated with the confidence that the interval includes the actual value.
 It is unlikely that year-to-year percentage changes larger than twice the target CVs were produced by sampling error, but sampling error could have increased or decreased the magnitude of the percentage changes discussed in this InfoBrief.
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