Hanoi Universities Build Technology Transfer Pipelines

By Tom Whitfield

Hanoi University of Science and Technology reported more than 41.2 billion VND in science and technology service revenue during the first six months of 2026, alongside 99 intellectual property applications, 37 certificates and more than 500 partner businesses. The figures provide no audit method, revenue split or product-adoption count, so they show commercial activity rather than how much research reached production.

At Vietnam National University, Hanoi (VNU), the institution expected science and technology transfer revenue to exceed 52 billion VND by 2025. Its High-Tech and Innovation Park had R&D orders worth more than 50 billion VND, while the university supported about 50 research groups. These measures cover different things: forecast revenue, an order book and research capacity.

What do the university figures show?

Director Bui The Duy called for “a shift from task-based management to organizing a research force capable of creating products and solving major problems.” VNU organizes its work around maintaining a leading role in basic research, developing strategic technologies for businesses, hospitals and national needs, and applying university expertise to local problems.

In the first six months of 2026, VNU implemented five key research programs and 16 tasks linked to eight strategic technology groups. It also received 62 new intellectual property registration applications and named transfer, commercialization and exploitation of IP assets as a core responsibility.

Those counts measure program activity and filings, not the share protected, licensed or sold. The source provides no conversion rate, contract value or commercialization revenue for the 62 applications.

Professor Le Anh Tuan, HUST’s director, said the university must connect science, technology and innovation more closely with practical production, business and social needs. Its Design Factory gives companies a route to bring operational problems into an interdisciplinary space for analysis, design, testing and refinement with lecturers, researchers and students.

HUST also proposes a sandbox mechanism for establishing and managing spin-off businesses. Under that proposal, the effectiveness of technology transfer and commercialization would become an explicit criterion in university science and technology activities.

Phenikaa University takes a different route, integrating training and research with production and business in one cycle. Companies place orders, identify technology needs and provide an environment for testing and applying research results, while the university covers research, product development, transfer, production and commercialization. Seven spin-off and technology startup businesses now operate within that ecosystem.

At VinUni, research is directed toward local problems. Dr. Le Mai Lan, chair of the VinUni University Council, described a collaboration with Vingroup and the Ministry of Agriculture and Environment that uses sensors, big data and artificial intelligence to collect and analyze Hanoi air-quality data in real time.

Sensors on XanhSM and VinBus vehicles extend the existing transport network into the monitoring system. The source gives no sensor count, sampling interval, measurement accuracy, baseline or budget, so the project’s environmental effect cannot be assessed from the information provided.

What still blocks commercialization?

Le Mai Lan said: “The reality of scientific research and innovation activities in Hanoi shows great potential but it has not been effectively exploited due to a lack of strategic linkages between stakeholders.” The cases described in the source remain initial examples, not a regular, stable university-wide process.

General cooperation agreements often leave the research problem, resources, expected output and each party’s responsibilities undefined. Businesses need to join at the needs-assessment stage, while universities must assemble groups able to meet specified technology, delivery and product-quality requirements.

Finance presents a second barrier. Before research becomes a product, it generally requires testing, evaluation, process refinement and proof of applicability. The source reports no dedicated commercialization budget and says business capital remains limited, particularly for risky technologies.

IP arrangements can add another barrier. Universities, scientists and enterprises need clear rules for ownership, exploitation rights and benefit distribution. Without them, the source argues, scientists may have less incentive to commercialize findings and companies may hesitate to fund or adopt them.

Which changes could turn projects into products?

The proposed response begins with a formal mechanism linking the state, universities, scientists and businesses. Professional technology-transfer organizations would assess commercial potential, support IP establishment, value technologies, identify partners and negotiate contracts, filling a commercial gap that a research team may not be equipped to manage.

Financial rules would also need to become more flexible, allowing universities to reinvest technology-transfer revenue in research. Policies would support company participation in research, testing and adoption, especially for strategic technologies that require large investments and long payback periods.

Spin-off support would need to cover capital, legal assistance, infrastructure and market connections. Universities would also need to change how they assess performance. Alongside international publications, patents and utility models, proposed measures include:

• Technology-transfer contracts
• Commercialization revenue
• Products applied by businesses
• New businesses formed from research results

Resolution No. 57-NQ/TW requires science, technology and innovation to drive development, but institutional mechanisms and finance will determine whether Hanoi’s universities convert that policy into products. The next test is whether universities disclose contract counts, commercialization income, business adoption and new company formation alongside their publication and patent totals; that evidence would show whether the current pilots have become a durable transfer system.