Resources for scientific entrepreneurs in Spain: from research to startups

Having the right tools at the right time maximizes the chances of transforming scientific research into a high-impact business.

To achieve this, scientific entrepreneurs must secure a set of essential resources: competitive intelligence, knowledge protection, infrastructure, and a strong support network.

These four categories of assets cover everything from legal protection to operational infrastructure, reducing risk and accelerating project growth:

1. Competitive intelligence: Access to scientific databases, patent repositories, technology surveillance tools, state-of-the-art analyses, and market signals. This enables entrepreneurs to validate whether a real opportunity exists before committing technical expertise, talent, and time.
2. Knowledge protection: Instruments designed to manage and protect intellectual and industrial property, including patents, trade secrets, licensing agreements, and legal frameworks. These strategic tools are critical when negotiating with partners, investors, and public institutions while retaining control over the underlying technology.
3. Work environment: Laboratories, offices, shared workspaces, prototyping facilities, and scientific infrastructure that make proof-of-concept testing and technology validation possible without requiring significant capital expenditures (CapEx).
4. Network and support: Expert mentoring, peer communities, market validators, complementary co-founders, business angels, venture builders, incubators, and accelerators. Together, they help refine business models, attract funding, and prepare for a successful market launch.

These resources significantly improve the odds of converting a scientific breakthrough into a viable and scalable company.

Every entrepreneurial journey that begins in science starts with two questions: Is there a genuine market opportunity? How is my technology different from existing solutions?

The answers emerge through a combination of bibliometric analysis and market intelligence.

The Spanish Foundation for Science and Technology (FECYT) provides free nationwide access to resources such as Web of Science and, depending on institutional affiliation, additional bibliometric tools. This makes it an important resource for validating opportunities before launching a venture.

This initiative democratizes access to high-value scientific information for universities, public research organizations, and technology centers through national agreements with platforms such as Web of Science and Scopus.

Using these tools, entrepreneurs can identify market gaps, map technological competitors, and track active patents.

For example, a significant imbalance between scientific publications and patent filings may signal an opportunity: strong scientific activity with limited industrial protection can indicate an attractive opening, although further validation from both market and intellectual property perspectives remains essential.

Competitive analysis complements bibliometric data by providing real-world insights into market dynamics and commercial viability.

Entrepreneurs should identify which teams are conducting similar research, how they are funded, and what technological maturity (TRL) they have achieved.

With this information, founders can assess whether their technical differentiation is truly competitive or whether further prototyping, customer validation, or business model iteration is required.

In Spain, university Knowledge Transfer Offices (OTCs)—also known as Research Results Transfer Offices (OTRIs)—and the Spanish National Research Council (CSIC) play a central role in protecting innovation and facilitating its secure transfer to the market.

Knowledge Transfer Offices help protect intellectual property, explore patent opportunities, design licensing strategies, assess spin-off creation, and structure the relationship between research and commercialization.

Institutions such as the Complutense University of Madrid (UCM), the Autonomous University of Madrid (UAM), Carlos III University of Madrid (UC3M), and the Polytechnic University of Madrid (UPM) all maintain dedicated transfer structures and scientific entrepreneurship support programs.

These resources are particularly valuable during the early stages, when founders must decide whether to file patents, maintain trade secrets, or prepare technology transfer agreements with private-sector partners.

CSIC serves as a bridge between public research and technology-based industry, creating pathways that connect scientific innovation with real market needs.

It is particularly valuable when a project requires a clearly defined licensing strategy, public-private collaboration opportunities, or validation from established industrial players.

This institutional layer helps public researchers improve legal readiness, gain stronger market insight, and unlock additional funding opportunities.

Science parks, incubators, accelerators, and prototyping facilities enable projects to reduce costs, validate technologies, and accelerate market entry.

Shared infrastructure becomes a competitive advantage during the post-transfer and pre-prototype stages.

Examples include the Madrid Science Park—with its deep tech laboratories, CaTaPult program, and Enterprise Europe Network (EEN) connection—as well as UC3M Incubation and UAM Emprende. At the national level, the Association of Science and Technology Parks of Spain (APTE) plays an important role.

These science parks and incubators provide laboratories and office space that allow projects to operate in specialized facilities while minimizing initial fixed costs.

Las Accelerators provide operational structure, help prepare investor-ready pitch decks, support market validation, and, in some cases, facilitate early commercial opportunities.

Most programs run for three to six intensive months, combining structured methodologies with direct access to investor networks.

The ideal time to join an accelerator is usually when a functional prototype exists and the company is ready to validate market demand, demonstrate traction, and test business model viability.

Laboratories and prototyping centers offer access to specialized equipment without requiring significant ownership costs, helping reduce technical barriers and eliminate substantial upfront CapEx requirements.

These resources reduce overall project risk while generating another valuable advantage: proximity to other innovators often leads to technical collaboration and strategic partnerships.

Scientific entrepreneurs also need access to an ecosystem that connects knowledge with capital and business expertise.

For that reason, we have compiled some of Spain’s leading communities, platforms, and university programs that provide networking opportunities, entrepreneurial education, and visibility.

The Fundación DRO organizes the National Congress of Scientific Entrepreneurs, one of Spain’s leading meeting points for the deep tech ecosystem.

The event brings together science, investment, and technology transfer, helping researchers connect with the capital required to bring innovations to market.

Coral is an online scientific peer community that operates as a free platform offering specialized content and business-oriented bootcamps.

Through the Coral Awards, researchers also gain visibility among investors and industrial partners.

Several Spanish universities have developed initiatives specifically designed to support scientific entrepreneurship.

• The University of Granada (UGR), through its Researcher Entrepreneurship Pathway, helps scientists make the transition from laboratory research to business creation.
• Carlos III University of Madrid (UC3M) provides an integrated incubation ecosystem that includes support from its Legal Clinic, helping founders address intellectual property and regulatory challenges with confidence.

Successfully navigating all these resources requires strategic orchestration based on the specific stage of the project.

At Bolboreta Investiga , we support researchers from the initial idea through hypothesis validation, providing access to key resources across the innovation journey:

1. Agile funding for experimental validation stages.
2. Prototype Development: transforming research into functional products.
3. Knowledge protection: patent registration and strategic documentation management.
4. Technology and operational support to manage the project's execution framework.

As you can see, this is about far more than tools for scientific entrepreneurs—it is about having a methodology for using those tools effectively within Spain’s innovation ecosystem.

Do you have an idea? We invite you to get in touch and tell us about it. We can help you bridge the gap between research and industry.