Turn University Research Into Commercial Products

India’s universities, IITs, research institutes, and publicly funded laboratories generate scientific knowledge, inventions, and patents, but the value of research is realized only when some of those discoveries move beyond the laboratory and become technologies, products, services, and companies.

India already recognizes this gap. A Department of Science and Technology study on Technology Transfer Offices concluded that such centers play a critical role in moving ideas from research laboratories to the marketplace and examined how India’s technology-transfer system needs to improve its structure, governance and capabilities.

The problem is that commercialization requires capabilities very different from those needed to conduct research. A scientist may understand the technology but may not know how to evaluate its commercial potential, protect intellectual property, identify potential customers, negotiate a licensing agreement, find investors or build a company.

The gap can be particularly significant between a successful laboratory result and something a company is prepared to finance. India’s own Technology Development Programme acknowledges this transition problem: it supports moving proof-of-concept technologies toward prototypes, while stating that subsequent commercialization and transfer to industry generally becomes the responsibility of the host institution.

As India increases R&D investment, this problem becomes even more important. Spending more on research without creating stronger pathways to commercialization risks producing more research and patents without generating a corresponding increase in products, companies and economic value.

India therefore needs to treat technology transfer and commercialization as a professional function of major research institutions—not an activity left primarily to individual scientists.

India should require major publicly funded research universities and laboratories to establish professional Technology Transfer and Commercialization Offices that can take promising research from discovery to the marketplace.

Build Professional Technology-Transfer Teams

Major research institutions should maintain teams with expertise in:

– technology and commercial evaluation;
– intellectual-property strategy;
– patent protection;
– market and competitor analysis;
– licensing and contract negotiation;
– industry partnerships;
– startup formation; and
– venture financing.

Scientists should remain focused primarily on research. Professional commercialization teams should provide the business, legal and market expertise necessary to move promising discoveries forward.

Smaller universities should not each have to build a complete office. Regional or shared technology-transfer centers could serve multiple institutions.

Identify Commercial Potential Early

Technology-transfer teams should actively review research emerging from laboratories rather than waiting for scientists to approach them.

Promising discoveries should be evaluated for:

Technical potential → Intellectual property → Market need → Development requirements → Commercial pathway

Some technologies will be best licensed to existing companies. Others may justify creating a new startup. Some will require additional research before either path becomes viable.

The purpose should not be to commercialize every discovery, but to ensure that promising discoveries do not remain unused simply because nobody developed a commercialization pathway.

Create a Clear Path From Laboratory to Market

Universities and research laboratories should establish a structured process:

Discovery → Evaluation → IP Protection → Proof of Concept → Prototype → Industry Partnership or Startup → Commercial Product

India already has programs supporting parts of this chain, including DST’s Technology Translation and Innovation activities and NIDHI programs supporting proof-of-concept development, prototypes and research-based startups. The objective should therefore be to connect and strengthen existing mechanisms rather than create another parallel bureaucracy.

Give Researchers a Stake in Commercial Success

Researchers should have clear rights to participate financially when their inventions are successfully commercialized.

Universities should establish transparent rules governing:

– ownership of intellectual property;
– inventor shares of licensing income;
– equity participation in startups;
– conflict-of-interest requirements; and
– use of university laboratories and facilities by spinout companies.

A scientist whose discovery creates substantial commercial value should share appropriately in that value.

This creates incentives for researchers to think not only about publishing discoveries but also about whether those discoveries can solve real-world problems.

Make It Easy for Industry to Find University Technology

India should develop a searchable national marketplace for technologies available from publicly funded universities and laboratories.

Companies should be able to search technologies by sector, institution, patent status and stage of development and directly contact the responsible technology-transfer office.

Instead of expecting thousands of individual researchers to find companies, India should make it easier for companies to find Indian research.

Allow Universities to Take Equity in Research-Based Startups

Where licensing a technology to an existing company is not the best route, universities should be able to accept equity in startups created around their research.

Researchers should be permitted, under clear conflict-of-interest rules, to participate in those companies without necessarily abandoning their academic careers.

This would create another route through which scientific discoveries can become businesses while allowing universities and researchers to participate in the value they create.

Create Proof-of-Concept Funding

One of the most difficult stages of commercialization occurs after the initial discovery but before private investors are willing to finance it.

Competitive proof-of-concept funding should help promising technologies reach sufficient maturity for industry or investors to evaluate them.

Funding could support prototypes, testing, validation, regulatory work and demonstration projects.

Government funding should then progressively decline as private capital becomes willing to assume the commercial risk.

Measure Commercialization, Not Just Research Output

Universities and public laboratories should continue to be evaluated on research quality. Fundamental research should not be forced to demonstrate immediate commercial value.

But institutions receiving substantial funding for applied research should also report commercialization outcomes.

A national research-commercialization scorecard should track:

Research → Invention Disclosures → Patents → Licenses → Products → Startups → Private Investment → Commercial Revenue

Relevant indicators could include licensing agreements, licensing revenue, technologies transferred to industry, startups created, private investment attracted, industry-funded research and products reaching the market.

The number of patents alone should not define success.

A patent sitting unused in a university portfolio is fundamentally different from a patent that becomes the foundation of a new product or company.

India does not need to build this system from scratch. DST already supports technology-transfer centers, Technology Enabling Centers, proof-of-concept programs, and initiatives designed to convert university research into startups. For example, DST’s I-NCUBATE program works specifically with researchers in Indian universities and laboratories to transform promising STEM research into deep-technology companies.

The next step is to make commercialization capability a normal part of India’s major research institutions rather than something dependent on individual programs or particularly entrepreneurial researchers.

The United States provides a useful example of how such a system can operate at scale. Under the Bayh-Dole framework, universities, nonprofit organizations, and small businesses receiving federal research funding can generally retain rights to inventions developed with that funding, subject to specified obligations. This created a clear institutional framework through which universities can protect intellectual property and license federally funded inventions.

The broader U.S. technology-transfer system also requires federal R&D agencies to maintain technology-transfer capabilities, allows federal laboratories to collaborate with private companies, and provides mechanisms for licensing inventions and sharing royalties with inventors.

India should not simply copy the American legal framework. It can adopt the underlying principle:

Public funding can create knowledge. Professional technology transfer can help convert that knowledge into economic and societal value.

India’s universities should therefore be measured not only by what they discover and publish, but—where research has commercial potential—by how effectively they help those discoveries reach the world.

Research creates knowledge. Commercialization turns some of that knowledge into products, companies, jobs, and economic value. India needs to become better at both.