By Maartje Janszen
Deep technologies are transforming industries by addressing complex societal challenges. But taking these innovations from the lab to the market requires more than technical brilliance. It takes infrastructure, mentorship, and long-term support. At TU Delft, this ecosystem is already in place and making a tangible difference.
As one of Europe’s leading technical universities, TU Delft has built a strong network to support science-driven entrepreneurship. Through initiatives such as YES!Delft and Delft Enterprises, students, researchers, and spin-offs receive the guidance and resources they need to grow their ideas into companies.
From Research to Real-World Impact
Each year, TU Delft supports the launch of dozens of startups, many of them rooted in deep technology. These ventures often begin with academic research in areas such as quantum computing, sustainable energy, and aerospace. Early-stage entrepreneurs are encouraged to explore business opportunities through the Delft Centre for Entrepreneurship and courses designed to develop commercial awareness.
As their ideas evolve, founders gain access to a range of services. Delft Enterprises offers guidance on intellectual property, legal matters, and funding. YES!Delft, one of Europe’s most renowned tech incubators, provides programs focused on artificial intelligence, medical technology, and clean energy. These programs include mentorship, access to labs and prototyping facilities, and introductions to industry partners. In addition, TU Delft’s Aerospace Innovation Hub connects startups with organisations such as the European Space Agency and Airbus.
Case in Point: Dawn Aerospace
Dawn Aerospace is a strong example of TU Delft’s support for deep tech. Originally developed at the Faculty of Aerospace Engineering, the company began by working on satellite propulsion systems. With access to campus infrastructure and support from YES!Delft, Dawn grew into an international company with operations in both the Netherlands and New Zealand. Its technology is now flying in orbit.
Other success stories include IMSystems, which created a high-precision gearbox for robotics and industrial automation. Its technology significantly improves motion control and has drawn the attention of major global companies. Lobster Robotics, another TU Delft spin-off, is tackling the challenge of underwater exploration with autonomous drones that collect data from the seafloor. Their technology provides a safer, faster, and more cost-effective way to monitor marine ecosystems, making it a critical tool in environmental research and sustainable ocean development.
Supporting Growth at Every Stage
One of the university’s strengths is its ability to support startups through each phase of their journey. Entrepreneurs receive help not only with business development, but also with testing, compliance, and regulatory planning. Seed funding opportunities are available, along with access to specialised mentors and shared workspaces.
This focus on long-term development is especially important in deep tech, where ventures often face long development timelines. TU Delft ensures that founders are supported well beyond the idea phase.
Contributing to the European Landscape
TU Delft is also a founding partner in the DT Launch Pad programme. Through this collaboration, it shares its expertise with other universities and helps shape European-wide strategies for deep tech education and commercialisation. TU Delft contributes to the development of training programs and startup services that reflect the specific needs of deep tech ventures.
Shaping the Future
The TU Delft model shows what is possible when scientific research and entrepreneurial support go hand in hand. The university is not only launching startups but also helping shape a European community that can bring breakthrough technologies to market.
