According to Rector Levente Kovács of Óbuda University, turning Hungarian ideas into marketable innovations requires more than funding: it needs an ecosystem that escorts student ideas from project work to startups. In recent years the university has invested in incubation, an innovation office, science parks and its own early‑stage venture capital vehicle.
Admissions record and responsibility
This year 6,105 applicants listed Óbuda University as their first choice, a figure the rector described as both encouraging and a responsibility. He attributes the growing interest to modernized teaching, practice‑oriented programs, industrial ties and international opportunities. The July 9 deadline for ranking changes makes the decision timely for many applicants.
The investor (entrepreneurial) university concept
Óbuda is moving toward a fourth‑generation university model with a particular investor focus: creating an environment where students’ and faculty members’ ideas can be realized and brought to market. Building such a model requires not only financial resources but know‑how, mindset change and a strategically layered set of institutional tools.
Innovation infrastructure: offices, parks, capital
The rector identified four priority areas: classical talent development; an innovation office and incubation capacity; science parks; and financing mechanisms. The university plans science parks in Zsámbék, Székesfehérvár and Kaposvár with technological focuses that include mechatronics, Industry X.0, robotics, cybersecurity, artificial intelligence, AR/VR, health industries and space technologies.
To address the early‑stage funding gap—so‑called innovation valley of death—Óbuda established Obuda Uni Venture Capital Zrt. (OUVC). This vehicle targets very early innovations that have surpassed initial university filters but are not yet ready for large investors.
From talent development to market: process and milestones
The university seeks to identify not only subject‑matter talent but also entrepreneurial traits such as initiative, risk willingness, problem solving and communication. Internal competitions, student research (TDK), project work and student programs provide sheltered environments to test ideas. Promising concepts then face domestic and international competitions, industry forums and potential investors to assess viability.
The next step is proof‑of‑concept support focused on prototypes and market validation. At this stage, mentor networks, venture studios and venture capital involvement become necessary to transition projects into startups.
A pipeline from kindergarten to university
Óbuda University also operates within the education pipeline: it oversees a state‑transferred public education institution and a privately operated institution that runs from kindergarten to gymnasium. The aim is not to enroll every child at Óbuda but to introduce innovation, problem‑solving and entrepreneurial thinking early. The rector estimates that a full pathway from kindergarten through university is roughly a twenty‑year undertaking: nurturing curiosity, willingness to try and resilience for failure must begin long before higher education.
Integrating artificial intelligence into education
Óbuda positions itself as an AI‑native university and integrates artificial intelligence into regulated, deliberate frameworks. The rector emphasizes teaching critical thinking, ethical awareness and training faculty to adopt AI as a professional tool rather than banning it. They have implemented an AI Campus system affecting students, instructors and administrative processes.
Foundation model: benefits and refinements
On the shift to foundation‑based governance, the rector said the change enabled longer‑term strategic planning and greater operational flexibility by loosening strict annual budgetary constraints. This, he argues, has supported internationalization and the investor‑oriented approach. The model also attracted criticism from the European Union on several points; Kovács notes that an agreement between the Hungarian government and the European Commission has resolved disputed issues and restored full access to European higher‑education and research cooperation.
The university intentionally included industrial and societal stakeholders in the governance structure. The rector’s own curatorial role is intended to strengthen strategic communication between the university and external partners while maintaining transparency and public accountability for taxpayer‑funded activities.
Practical importance
Kovács summarizes the challenge: Hungary is not lagging in technical expertise, but in converting that expertise into domestic innovation and marketable products. The university’s strategy is to build an ecosystem of complementary elements—talent development, incubation, science parks, mentoring and venture capital—that together reduce risk and increase the likelihood that student and research ideas will become viable companies and products.
(The publication of the article was supported by Óbuda University.)
