Chip Chairs in Spain: the real state of semiconductor technology transfer to industry

The Chip Chairs are grants to establish university–business chairs devoted to research, outreach and training in microelectronics. Announced by the Spanish Government as part of the PERTE Chip and funded through European recovery funds, the programme set a budget of €80 million for 2023–2027 and aimed to provide specialist training to at least 1,000 students. (Sources: Ministry of Economy; Recovery Plan).

The planned fields cover microelectronic circuit design, component testing and packaging, new materials and devices, and technological processes. The remit combines training and R&D, but this does not mean that each chair must manufacture a commercial chip or that its results must necessarily reach production. The call sets out objectives and areas of work; on its own, it does not substantiate specific industrial results.

It is useful to distinguish three levels that are often conflated: academic activity—such as courses, workshops and publications—collaboration with companies—for example, agreements or joint projects—and demonstrable industrial transfer through validation, adoption or production. A chair’s existence demonstrates institutional activity, not that a prototype has reached the market. Measuring that final step would require identifiable results, dates and partners, which the available sources do not provide for the network as a whole.

The University of Malaga presents Malaga Microelectronics as part of the national network of 17 Chip Chairs. One documented example of activity is the scientific and technical NanoIC Pilot Line Workshop, organised with Imec and the NanoIC Pilot Line initiative. The university says it brought together researchers, industry professionals and postgraduate students. This substantiates a meeting and connections between stakeholders; it does not in itself demonstrate a validated prototype or transfer into production. (University of Malaga).

The Chip Chair Cantabria (C3), at the University of Cantabria, provides another example with institutional information about its approach. Its webpage describes experience in the design, verification and testing of digital, mixed-signal and microwave integrated circuits, as well as processor architectures such as RISC-V. It also identifies ACORDE as its sponsor and points to complementary areas of activity, including radio frequency and the Internet of Things. (Chip Chair Cantabria).

Together, these cases illustrate two forms of connection: activities that promote technological exchange, and a chair with a sponsoring company and research lines related to its field of activity. They are not enough, however, to map all 17 initiatives or attribute a consistent portfolio of projects to them. The sources in this review verify the total and describe examples, but do not offer a complete, comparable and up-to-date inventory of every chair and its results.

The public evidence reviewed supports claims about collaboration objectives and specific activities, but does not certify widespread transfer. In Cantabria, the university says the groups’ experience has made it possible to define lines of collaboration with companies through projects, agreements or courses, which it intends to expand. The same webpage identifies ACORDE as a sponsor. This is evidence of institutional collaboration, but the material consulted does not detail an resulting industrial product, a patent attributed to the chair, or a prototype that has passed a validation stage. (Chip Chair Cantabria).

The Malaga case provides evidence of an activity organised jointly with Imec and NanoIC Pilot Line. The news report describes a workshop intended to connect participants in the ecosystem with technologies, but does not report a chip design transferred to industry, a manufacturing trial or a commercialisation contract. It is therefore reasonable to classify it as scientific and technical exchange and outreach, not as evidence of industrialisation. (University of Malaga).

There are also semiconductor R&D initiatives outside the network of chairs that help explain the wider context, but they should not be attributed to it. The Government announced a direct grant of €8 million to the IMEC Spain Foundation for the UNICO R&D-IMEC Spain Programme, with research lines on broadband planar optics and next-generation microelectronic systems. This is a separate measure, linked to the development of a future centre in Malaga; the source does not present it as a result of the Chip Chairs. (Recovery Plan).

The most cautious assessment, therefore, is that documented activity and collaboration exist, alongside funding and related R&D initiatives, but the sources reviewed do not allow us to claim that the 17 chairs have produced industrialised prototypes or commercial adoption. Nor do they allow us to conclude that no such outcomes exist: a lack of evidence in this set of documents is not evidence of absence. A robust evaluation would require project-level data on technology readiness, testing, intellectual property, industrial partners and subsequent use.

Microelectronics research can make progress without the outcome being ready for manufacture. The path from initial design to industrial application usually requires validation, access to specialised processes and equipment, integration with systems, and a use case that justifies the investment. University collaboration is one part of that journey, not a substitute for those stages. The sources examined do not quantify the chairs’ access to facilities or indicate which projects have completed each phase.

European semiconductor discussions stress the importance of connecting funding and regional capabilities with industrial needs. The European Committee of the Regions reports calls for regions to have a greater role in the strategy and for funding to be directed towards their industrial needs. This position underscores the relevance of local ecosystems, but does not assess the performance of Spain’s Chip Chairs or prove that insufficient funding is the decisive obstacle in every case. (European Committee of the Regions).

In its analysis of the proposal known as Chips Act 2.0, the Bankinter Innovation Foundation identifies challenges such as scientific fragmentation, dispersed resources and the gap between R&D and production. This is contextual analysis and a secondary source, not an official evaluation of the chairs. It helps frame questions; it does not justify turning these general challenges into a proven diagnosis of each Spanish university or project. (Bankinter Innovation Foundation).

To move from announcements of collaboration to comparable evidence, a public record for each project should state at least: the industrial partner and its role; the technical objective and maturity level; what tests were conducted and where; whether prototypes, patents or designs exist; and whether there was a licence, purchase or incorporation into a product. This information would make it possible to distinguish research results from outcomes adopted by industry, without reducing success to a single metric.

PERTE Chip includes support schemes that extend beyond the Chip Chairs. One secondary source consulted reports more than €71 million allocated to capabilities, infrastructure and equipment for micro- and nanofabrication cleanrooms and supercomputing centres. This figure provides context on investment in Spain’s ecosystem, but should not be read as funding received by the chairs or as proof that their projects have used those facilities. (Evalue Consultores).

The distinction matters: having infrastructure in the country does not mean every university team can access it on suitable terms, and a budget allocation does not show that validation or manufacturing has been completed. To connect public investment with technology transfer, data would be needed on facility use, projects served, services provided and associated outcomes. Installed capacity is an input, not the final outcome of transfer.

The European framework also needs to be handled carefully. The European Chips Act is established by Regulation (EU) 2023/1781; its existence places national initiatives in a European industrial and technology policy context. (EUR-Lex). Aggregate investment figures and policy objectives reported by secondary sources are not performance indicators for the chairs, so they are not used here to infer how many projects reached manufacturing.

The documentation supports three limited conclusions. First, the programme was designed to combine training, research and university–business collaboration, with a defined budget and timeframe. Second, there are institutionally documented examples of activity: a workshop with industry stakeholders in Malaga and a Cantabrian chair sponsored by a company and focused on microelectronics research. Third, these signals are not enough to demonstrate industrial transfer across the network as a whole.

The questions of patents, prototypes that have passed testing, licences or production remain open for the 17 chairs collectively. This is not a negative judgement on their work; it reflects a limitation of the material consulted. An assessment claiming success or failure would need to examine reports from each chair and verifiable project outcomes, while distinguishing academic results, demonstrators and deployed products.

For now, the most useful judgement for professionals, researchers and public policymakers is to avoid two extremes: treating all collaboration as effective transfer, or assuming that a lack of published figures means no progress has been made. The available evidence shows activity, but cannot quantify what has reached the factory. Publishing comparable, traceable indicators would be the next step towards understanding which mechanisms work and where the gap between research and industrial application remains.