Why We Built This
Quantum computers are being manufactured in Helsinki and Munich. Fusion reactors are being engineered in Oxford and Garching. Autonomous robots are rolling off lines in Augsburg. AI models built in Paris are competing with anything coming out of San Francisco.
Europe is doing genuinely hard science, at scale, in the open. Yet if you wanted to find a job at the companies doing it, your best option was a generic LinkedIn search.
That's what deeptechjobs.eu is here to fix: a single, focused destination for deep tech roles across Europe — roles that require real scientific or engineering depth, at companies building things that couldn't exist five years ago.
What "Deep Tech" Means Here
We use the same definition as the 2026 European Deep Tech Report: novel scientific or engineering breakthroughs making their way into products and companies for the first time. Not software-as-a-service with a catchy name. Not another fintech wrapper. The real thing.
That means the roles we list span:
- Novel AI — foundational models and physical-world AI (€3.4bn funded in 2025, +27% YoY)
- Future of Compute — quantum hardware, photonic chips, neuromorphic systems (+115% YoY)
- Novel Robotics — cognitive, general-purpose, and humanoid robotics (+64% YoY)
- Computational Biology & Chemistry — AI-driven drug and materials discovery (+88% YoY)
- Novel Energy — fusion, next-gen nuclear, grid-scale storage
- Space Tech — launch vehicles, Earth observation, satellite manufacturing
- Defence & Resilience — sovereign AI, drones, unmanned systems (+125% YoY)
If a company is tackling one of these areas from a European base, it belongs here.
The Numbers Behind the Opportunity
The case for European deep tech isn't optimism — it's data.
European deep tech companies are now collectively valued at $690 billion, up from $73 billion a decade ago. Investment reached $20.3 billion in 2025, representing a record 32% of all European venture capital — more than double its share in 2015. And critically, deep tech funding has proven resilient: it is only 4% below the 2021 peak, while conventional tech remains 54% down.
The scientific foundation is equally strong. Europe is home to 30% of the world's top deep tech universities and produces 1.5 million STEM graduates per year — twice the US output. There are 2.15 million active researchers across the continent. The EU accounts for 19.2% of the world's most-cited academic papers and generates 21.8% of all international patent applications.
The cities are there too. Paris is now Europe's leading deep tech hub by VC volume, followed by London, Munich, Cambridge, Stockholm, and Zurich. The UK, France, and Germany collectively attracted over $12 billion in deep tech investment last year alone.
The talent flywheel is also turning. DeepMind, founded in London in 2010, offers a clear illustration: its alumni have gone on to found companies that have collectively raised over $5 billion and created $23 billion in enterprise value.
What This Site Does
Deeptechjobs.eu aggregates roles from Europe's leading deep tech companies and research spinouts, so you don't have to piece together 40 different career pages.
We focus on roles that require genuine depth — engineers, scientists, researchers, and the operators who work alongside them. We cover all seniority levels, from postdoc-adjacent research roles to senior leadership at growth-stage companies.
Search by:
- Domain — quantum, robotics, energy, biotech, defence, and more
- Country — across all major European tech hubs
- Stage — seed through late-stage
- Role type — research, engineering, product, operations
Every listing links directly to the company. No friction, no recruiters in the middle.
Why Europe, Why Now
Europe has the science. It has the talent. It increasingly has the capital and the political will — the European Innovation Council allocated €1.4 billion to deep tech in 2026 alone, and the European Innovation Act is expected to further reduce commercialisation barriers this year.
What it has historically lacked is visibility. Seventy percent of late-stage funding for European deep tech still comes from non-European investors, partly because the ecosystem has been hard to see from the outside. A $4–24 billion annual funding gap exists at the growth stage. More than 80% of exits are M&A transactions — often acquired by US companies — in part because European public markets remain underdeveloped.
These are structural problems. They won't be fixed by a job board. But the talent gap is something we can help close. Every researcher who joins a European deep tech company instead of emigrating, every engineer who finds a role at a quantum startup they didn't know existed — that's compounding value that stays on the continent.
This site is a small part of a larger effort. The ecosystem is building. We're here to make it easier to join.
Start Exploring
Browse roles at companies working on the hardest problems in science and engineering — built, funded, and headquartered in Europe.
If you run a deep tech company and want to list your roles, get in touch.