For a long time, the story of Irish university research went something like this: brilliant work, published in top journals, and then licensed or carried abroad to be turned into products somewhere else. That story is changing.

Across Ireland's universities, researchers are increasingly starting their own companies to take their discoveries to market. These spinouts are building products in artificial intelligence, health, energy and quantum computing — and a growing number are raising serious money and hiring serious teams.

ThinkBusiness, the business advice platform, has profiled 33 Irish university spinouts to watch for 2026 and 2027, which between them could employ up to 2,500 people. Here is a look at some of the companies leading the charge, and how the lab-to-market pipeline is actually performing right now.

Trinity's Diotima: AI Built for Education

In June 2026, Trinity College Dublin announced that Diotima, an AI platform for education, was spinning out of the university. It is a good example of the kind of company Irish research is now producing: built on deep academic expertise, aimed at a real everyday problem, and designed from the start for international markets.

Education is one of the areas where artificial intelligence could make the biggest positive difference. Teachers are stretched, class sizes are large and every student learns differently. Tools that help personalise learning, give faster feedback and take routine work off teachers' desks have huge potential, provided they are built carefully and responsibly.

That is exactly where a university spinout has an advantage. Diotima grows out of an institution with centuries of experience in teaching and a strong research base in computer science and education. It starts with credibility that a typical app startup would take years to build.

Trinity has long been one of the most active Irish universities in commercialising research, and its spinouts cover everything from medical devices to materials science and software. Diotima adds a timely new name to that list, in a field where Irish expertise in both technology and teaching can combine well.

For Irish schools and universities, homegrown education technology also brings a practical advantage: tools designed with an understanding of the Irish education system, its curriculum and its values from the very start.

UCD's Growing Spinout Family

University College Dublin has built one of the most active spinout programmes in the country through NovaUCD, its innovation and enterprise centre. In 2026, several of its companies have been making progress worth noting.

MetHealth, a UCD spinout, was named Runner-up at the university's Spinout Showcase in May 2026. Events like this are an important part of the system: they give young companies a platform in front of investors, partners and potential customers, and they reward the researchers who take the leap from lab to business.

Enoda, an energy technology company spun out of UCD and Newcastle University, has been backed by Enterprise Ireland as a High Potential Start-Up. Energy is one of the defining innovation challenges of the decade, from managing the electricity grid to integrating more renewable power, and research-led companies are well placed to tackle it.

And then there is Equal1, the UCD spinout behind Bell-1, the first silicon quantum computer server designed and built in Ireland. Equal1 raised $60 million in January 2026 in a round led by the Ireland Strategic Investment Fund, and its chief executive Jason Lynch was named NovaUCD CEO of the Year in 2026. It is perhaps the clearest proof yet that an Irish university spinout can compete on the global stage in one of the hardest fields in technology.

NovaUCD's track record matters here. Over the years it has supported a long line of companies that started as research projects and grew into international businesses, and its annual awards and showcases have become a fixture in the Irish innovation calendar. Each success makes it easier for the next researcher to see a path from the lab to the market.

The mix of sectors is striking too. Health, energy, quantum computing and AI are some of the most important technology areas of the coming decade, and UCD's spinouts have a foothold in all of them.

How the Pipeline Actually Works

Spinouts do not happen by accident. Behind each one is a chain of support that has been built up steadily over the years.

It starts with research funding. Taighde Éireann – Research Ireland, the national research agency, supports the scientific work that produces new discoveries in the first place. University technology transfer offices, such as NovaUCD and Trinity's own innovation teams, then help researchers protect their ideas, test whether there is a market and set up a company.

Enterprise Ireland's Commercialisation Fund supports researchers in turning promising results into products that can be sold. Once a company is formed, it can move into Enterprise Ireland's pre-seed and High Potential Start-Up funding — the same pipeline that backed 198 startups in 2025.

The Budget 2026 increase in the R&D tax credit from 30% to 35% adds another layer of support, making it cheaper for young research-led companies to keep investing in development. And national strategies such as Silicon Island and Quantum 2030 give spinouts in chips and quantum a clear direction and a wider community to plug into.

Put together, it is a pipeline that runs from a researcher's first experiment all the way to an international company, with support available at each stage.

Other universities are building similar strengths. University College Cork, the University of Galway, the University of Limerick, Maynooth University, Dublin City University and the technological universities all run their own innovation offices and spinout programmes, and many of the 33 companies ThinkBusiness has highlighted come from outside Dublin.

Why Spinouts Matter for Ireland

Spinouts are some of the most valuable companies a country can produce. They are built on knowledge that is hard to copy, they tend to create highly skilled jobs, and they often stay rooted near the universities and research teams that created them.

For Ireland, they also help answer a long-standing question: how to build more globally significant Irish-owned technology companies alongside the multinationals that already call the country home. Spinouts in quantum, AI, health and energy are exactly the kind of businesses that can grow into major exporters.

They also keep talent in the country. When a talented researcher can build a company at home, with funding, support and a growing community of peers, they are far less likely to leave for Boston, London or Munich.

The companies profiled for 2026 and 2027 show that talent is now choosing to build here. With up to 2,500 people potentially employed across the 33 spinouts ThinkBusiness has highlighted, the impact is already moving from research papers to payslips.

There is a knock-on benefit for the universities themselves. Successful spinouts bring industry experience back into the lecture hall, create jobs for graduates and PhD researchers, and help attract more research funding. The relationship between the university and the company often continues long after the spinout is formed, with joint projects, shared facilities and a steady flow of talent in both directions.

That virtuous circle is exactly what Ireland's innovation policy has been trying to create, and in 2026 it is visibly turning.

The Bottom Line

Irish university spinouts are having a strong 2026. Trinity has launched Diotima, an AI platform for education; UCD's MetHealth and Enoda are gaining recognition and backing; and Equal1 has shown how far a university spinout can go, with a $60 million raise and a CEO of the Year award for Jason Lynch. With a joined-up pipeline running from research funding to Enterprise Ireland investment and a bigger R&D tax credit, Ireland is getting better every year at turning world-class research into world-class companies — built here, and staying here.