How Universities Could Strengthen Technology Transfer with IMPACTWHEEL

Universities are among the most powerful engines of innovation. Every year, academic research generates new technologies, discoveries, and solutions that have the potential to transform industries and improve lives. Yet moving from research to real-world application remains one of the greatest challenges in the innovation ecosystem. Technology Transfer Offices, often referred to as TTOs, play a central role in this process. They bridge academia and industry by managing intellectual property, facilitating licensing agreements, and supporting the creation of spin-off companies. Across Europe, institutions such as KU Leuven, ETH Zurich, Imperial College London, and the University of Cambridge are recognized for their mature and effective technology transfer operations.

However, apart from aforementioned exceptons, despite being home to some of the world’s best engineers, universities, and research institutions, an increasing body of research points to Europe taking on the role of a laggard, where innovation processes often lack the agility or comprehensiveness of the US or Chinese counterparts.

How IMPACTWHEEL could strengthen Technology Transfer

The VCW methodology and outcomes of the IMPACTWHEEL project could provide European universities, TTOs and their spin-offs with to define, measure, and communicate the real-world impact of their innovations. Through IMPACTWHEEL outcomes, newly formed innovation teams can fill the gaps in their competences, understand how to approach and align relevant stakeholders and generally be better equipped to monitor the technology transfer outcomes.

Furthermore, traditional indicators such as patents filed, licenses signed, or revenue generated offer a very important but only a partial view of success. Increasingly, universities and their partners seek to understand the broader impact of innovation. How does a new technology improve health outcomes, create jobs, or strengthen communities? These are also the questions that define the next generation of research translation where IMPACTWHEEL, through gathering insights from various cultural, geographical and expertise backgrounds, could provide solutions adequate to contemporary issues.

Leveraging Commercial Acumen: Lessons from Ambiom

From our practical experience at ambiom s.r.o., we’ve observed that strong commercial skills and strategic IP awareness dramatically improve technology transfer outcomes. Engaging industry partners is not just about presenting patents and underlying technicals and science; it requires understanding market needs, stakeholder priorities, and effective negotiation strategies. Sales skills enable TTOs and their respective spin-offs to:

  • Communicate the real-world value of innovations in compelling, market-relevant terms.
  • Identify and nurture high-potential commercial opportunities.
  • Negotiate mutually beneficial agreements that accelerate adoption.
  • Build long-term strategic partnerships beyond one-off licenses or spin-offs.

As Seth Godin says, and this is especially important to integrate in the technology transfer processes: “Don’t find customers for your products, find products for your customers.”

Equally critical is project management and IP awareness, where IMPACTWHEEL outcomes will also contribute. In our work with early-stage spin-offs and university projects, we see that, for instance, many teams overlook Freedom-to-Operate (FTO) analysis due to cost or lack of awareness. Yet identifying potential IP barriers early can prevent costly disputes, reveal licensing or cross-licensing opportunities, and even suggest ways to “invent around” existing patents. ambiom’s hands-on approach ensures that TTOs and spin-offs are prepared for both market and IP challenges from the start. Read more about Ambiom’s approach to Freedom-to-Operate analyses here

A role of Ambiom in IMPACTWHEEL

Ambiom, s.r.o., a boutique life science advisory established in 2021 in Bratislava, Slovakia, contributes its expertise and know-how in technology transfer and business development to the VCW process, co-leads Work Package 7 focusing on dissemination and communication and also operates the project website.


Close-up of a lab technician using a dropper in scientific research.

No responses yet

Leave a Reply

Your email address will not be published. Required fields are marked *