Brussels, 19 May 2026 — A recently concluded EU-funded initiative has explored a new approach to technology transfer by enabling companies and academic teams to co-create solutions through short, targeted collaboration projects lasting just four to eight weeks. The project, called INDUSAC and coordinated by Slovenia's Jožef Stefan Institute, developed a digital platform where companies could submit specific business or technological challenges and connect with students and researchers willing to address them.
Unlike traditional university–industry collaborations, which are often lengthy and complex, the initiative focused on smaller-scale, agile projects designed to deliver rapid and practical outcomes. The organisers believe this type of fast co-creation model could become an important tool for strengthening Europe's innovation ecosystem.
How the Sprint Model Works
The INDUSAC platform operated as a matchmaking service. Companies submitted specific challenges — ranging from marketing and business strategy questions to highly technical problems — and academic teams proposed solutions. Companies then selected the teams best suited to their needs, and the collaboration ran for a compressed four-to-eight-week period.
Examples of challenges addressed during the project included:
- Finding new applications for industrial byproducts
- Implementing AI systems in manufacturing processes
- Improving cell viability in bioprinting
- Recycling failed 3D-print materials
Methodology and IP Framework
To support the process, the project developed detailed methodologies and mentoring structures covering challenge definition, collaboration management, deliverables, and intellectual property arrangements. Separate agreements addressed ownership and sharing of any IP generated during the projects — a critical concern in short-duration collaborations where traditional technology transfer office workflows may be too slow to keep pace.
The project's approach to IP reflects a broader trend in technology transfer: moving away from treating IP as a asset to be hoarded and licensed, toward treating it as a tool for facilitating collaboration. By pre-negotiating IP frameworks before the collaboration begins, the sprint model removes one of the most common sources of delay in university-industry partnerships.
A Shift in Technology Transfer Paradigms
The INDUSAC model arrives at a moment when technology transfer offices (TTOs) globally are undergoing a significant transformation. According to analysis from 2026, TTOs are increasingly operating not just as intellectual property administrators but as innovation catalysts that actively build startups and facilitate deep, ongoing industry partnerships.
| Feature | Traditional Model | Sprint Model (INDUSAC) |
|---|---|---|
| Duration | Months to years | 4–8 weeks |
| Scope | Comprehensive master agreements | Targeted single challenges |
| Industry role | Passive licensee | Active co-creator |
| IP approach | Negotiated case-by-case | Pre-agreed framework |
| Outcome | Licensed patents or long-term partnerships | Rapid prototypes and solutions |
Policy Recommendations
In a report published for policymakers, the INDUSAC organisers recommend creating a permanent EU-supported platform to facilitate industry–academia matchmaking and support strategic innovation areas through simplified, rapid collaboration schemes.
This recommendation aligns with the European Innovation Ecosystems (EIE) programme for 2026–2027, which is specifically focused on connecting startup hubs, research institutions, and investors to bridge the gap between innovation and commercialisation. The EIE programme, part of Horizon Europe's €93.5 billion budget, represents the EU's commitment to building the connective tissue between research and market.
Broader Context: Global Trends in Technology Transfer
The sprint model tested by INDUSAC reflects a global shift in how universities and industry interact. In 2026, technology transfer is increasingly characterised by:
- Startup-first models: TTOs shifting from licensing mature patents to creating spin-off companies that de-risk early-stage research.
- Agile collaboration frameworks: Shorter, targeted projects replacing complex, long-term master agreements.
- TTOs as innovation catalysts: Technology transfer offices increasingly viewed as central to a university's entrepreneurial identity, not just its IP compliance function.
In Africa, similar capacity-building efforts are underway, with the Inter-University Council for East Africa (IUCEA) calling for proposals to bridge academia and industry for economic transformation. The University of Rwanda announced a new Technology Transfer and Commercialization Strategy in 2026 to better connect its research ecosystem with national development goals.
Implications for Innovation Policy
If the sprint model proves scalable, it could address one of the persistent criticisms of European innovation policy: that the continent produces excellent research but struggles to translate it into commercial outcomes quickly. By reducing the time and complexity of initial industry-academia engagement, the model could serve as an on-ramp to deeper collaboration — with successful sprint projects leading to longer-term partnerships, licensing agreements, or spin-off ventures.
The recommendation for a permanent EU-supported platform also raises questions about whether such a service should be centrally managed or distributed across national innovation agencies, and how it would interact with existing Horizon Europe funding mechanisms.
Sources
- EU IP Helpdesk, "EU Initiative Tests Faster Model for Industry–Academia Collaboration," 19 May 2026 —
- INDUSAC Project —
- Science|Business, "Small, fast co-creation projects could steer tech transfer policy" —
- European Innovation Ecosystems (EIE) programme —
FIRAT Editorial Board
Institutional Research Desk · Foresight Institute of Research and Translation
The collective editorial and research translation board of FIRAT, synthesising peer-reviewed evidence, policy briefs, and division milestones across our seven foundational research pillars.
