The Technology Transfer of the Italian Public Research System: the Case of the National Research Council of Italy

This paper deals with the technology transfer activities of the main public research institution in Italy, the Italian Research Council, CNR. A comparative analysis on patenting and licensing performances between CNR and the Massachusetts Institute of Technology, MIT has been carried out. Findings show that: research expenses being equal, CNR patents are 26% of MIT’s; and, patents being equal, CNR licenses are also 26% of MIT’s. This means that CNR impact on domestic competitiveness, in terms of patent licenses, is less than 7% of MIT’s. Moreover, while 83% of CNR patents are never licensed to domestic industry, the Italian technology balance of payments shows a perennial deficit. The paper concludes with the identification of the possible causes that may explain such a gap.

💡 Research Summary

The paper provides a systematic assessment of technology transfer activities carried out by Italy’s principal public research institution, the National Research Council (CNR), and benchmarks its performance against the Massachusetts Institute of Technology (MIT), a world‑leading university in knowledge commercialization.

The authors begin by situating the analysis within the broader context of European versus North‑American technology transfer. They note that, following the 1980 Bay‑Dole Act, U.S. universities rapidly established technology licensing offices (TLOs), leading to a ten‑fold increase in patent filings and a dramatic rise in the proportion of patents licensed to industry (from 5 % pre‑Bay‑Dole to roughly 60 % today). In contrast, European public research institutions (PRIs), and especially those in Italy, have historically shown weak integration with industry, low patenting intensity, and limited licensing activity.

To evaluate the efficiency of a PRI, the authors propose a simple quantitative framework based on three ratios: (i) R&D productivity (patents per unit of R&D investment), (ii) technology‑transfer productivity (licensed patents per filed patent), and (iii) socio‑economic yield (social benefits per licensed patent). For the purpose of this study, only patents (P) and licensed patents (L) are used as proxies for R&D output and technology transfer, respectively.

Using data from 1996‑2001, CNR’s average annual R&D expenditure (constant 2001 euros) was €747.5 million. During the same period CNR filed 257 patents (≈43 per year), yielding an R&D productivity of 5.71 % (i.e., €100 million of R&D generated one patent). Of these patents, 67 % were filed in Italy, 26 % via the PCT system, and the remainder in the USPTO or EPO. Ownership analysis shows that 77 % of patents were solely owned by CNR, 15 % co‑owned with other PRIs, and 8 % co‑owned with private firms.

CNR licensed only 50 patents in the six‑year window (≈8.3 per year), giving a technology‑transfer productivity of 19.46 %. Notably, 83 % of CNR’s patents never resulted in a domestic license, and only 12 % of licensed patents were transferred abroad. The licensing rate for patents filed in Italy was particularly low (12.28 %), whereas PCT‑filed patents achieved a higher conversion (28.36 %).

The benchmark comparison with MIT (1999‑2001) reveals stark disparities. Adjusted for comparable R&D spending, MIT produced roughly four times as many patents and licensed about 60 % of them, whereas CNR’s licensing impact amounts to less than 7 % of MIT’s. The authors argue that the gap cannot be explained solely by differences in funding; rather, it reflects divergent institutional incentives, the maturity of technology‑transfer offices, and cultural attitudes toward entrepreneurship.

A time‑series analysis (drawing on the author’s earlier 1998 study) shows that CNR’s patenting peaked in the early 1990s and declined sharply after 1996, coinciding with organizational reforms and budget cuts in the Italian public research sector. The paper identifies several structural causes for the low performance: (1) a research culture that privileges publications over patents; (2) insufficient staffing and budget for the CNR technology‑licensing office; (3) lack of performance‑based incentives for researchers to pursue patent protection; (4) weak networking mechanisms linking CNR scientists with domestic firms; and (5) a conservative policy of extending patent protection abroad only after a firm expresses interest, limiting international licensing opportunities.

In the discussion, the authors propose policy recommendations aimed at closing the gap: introduce patent‑related incentives and reward systems for researchers; professionalize and adequately fund technology‑transfer offices; promote joint ownership and co‑development agreements with industry; develop a proactive international patent strategy; and foster stronger university‑industry clusters to improve the “speed of technology transfer” and “amplitude of diffusion.”

Overall, the study concludes that despite Italy’s relatively high public R&D intensity (over 50 % of national R&D funded by the public sector), the CNR’s technology‑transfer output is markedly inefficient. The findings underscore the need for comprehensive institutional reforms if Italy’s public research system is to become a genuine driver of domestic industrial competitiveness and economic growth.