From Laboratory to Market: NASENI’s New Push Tests Whether Nigeria Can Finally Turn Academic Research Into Factories, Jobs and Wealth
By Isa AbdulMumin
Nigeria has a research problem—but it is not a shortage of ideas.
The country has universities filled with scientists, engineers, technologists and researchers producing papers, patents and prototypes. It has public institutions established to promote science and engineering. It has research grants running into billions of naira.
Yet, after the laboratories fall silent, the prototypes frequently gather dust.
And while Nigerian researchers struggle to commercialise their inventions, the country continues to spend huge sums importing machinery, chemicals, software, pharmaceuticals, industrial components and even food products that local research could potentially help produce.
That is the contradiction at the heart of Nigeria’s latest attempt to reform its research and innovation ecosystem.
The Federal Government now wants to force open the door between the laboratory and the marketplace.
But the bigger question is whether this latest initiative can overcome the structural failures that have frustrated previous efforts.
When the Minister of Education, Dr. Maruf Tunji Alausa, recently addressed vice-chancellors and directors of the National Agency for Science and Engineering Infrastructure (NASENI) in Abuja, he delivered a message that goes to the heart of Nigeria’s innovation crisis:
“Nigeria can no longer afford to fund research that ends on library shelves.”
The Minister called for stronger access for university researchers to investors, industries and commercial opportunities, with the ultimate objective of converting academic inventions into marketable products, businesses and jobs.
He also directed NASENI to build stronger relationships with universities around its development hubs.
The policy sounds straightforward.
The execution will not be.
THE GREAT NIGERIAN RESEARCH PARADOX
Nigeria does not lack innovation.
Researchers at the Federal University of Technology, Minna, have developed a solar-powered tricycle.
Scientists at the University of Nigeria, Nsukka, have developed cassava-based bread flour.
Ahmadu Bello University, Zaria, holds patents covering water-purification devices.
Researchers at the University of Lagos are working on artificial intelligence applications for fraud detection in the banking industry.
These examples expose a deeper problem.
The country can invent. It struggles to commercialise.
The source article estimates that about 90 per cent of university innovations never leave campus.
At the same time, Nigeria is estimated to spend roughly $20 billion annually importing machinery, chemicals, software and food products that Nigerian researchers could potentially help produce domestically.
That creates an uncomfortable economic equation.
Public money finances research.
Researchers develop solutions.
Prototypes emerge.
But investors cannot see a sufficiently de-risked opportunity.
Industry cannot find a commercially ready product.
The researcher cannot finance certification or scale-up.
And the country eventually imports the very solution it could have produced.
That is not merely an education problem. It is an industrial policy failure.
THE MISSING MONEY BETWEEN INVENTION AND INDUSTRY
One of the most damaging weaknesses in Nigeria’s research ecosystem occurs after the prototype has been developed.
Research funding often stops where commercial investment should begin.
A university researcher may receive ₦5 million to develop a prototype, but have no funding for NAFDAC registration, industrial testing, packaging, factory trials or other steps required to enter the market.
The result is predictable.
The researcher cannot proceed.
The investor considers the project too risky.
The university cannot finance commercialisation.
The invention dies.
This is the funding gap between proof of concept and commercial production.
Until Nigeria closes that gap, increasing research grants alone will not necessarily produce industrialisation.
As Prof. Olu Aderounmu, a materials scientist at Obafemi Awolowo University, Ile-Ife, puts it:
“We are training people to invent, but not training the system to buy those inventions.”
That observation captures the fundamental weakness.
Nigeria has built part of an innovation ecosystem.
It has not yet built the entire pipeline.
WHO OWNS THE INVENTION?
There is another problem investors cannot ignore: intellectual property.
When public money finances university research, who ultimately owns the resulting invention?
The researcher?
The university?
The funding institution?
The absence of clear ownership arrangements can make investors reluctant to finance commercialisation.
No serious investor wants to spend millions developing a technology only to discover later that ownership, licensing or royalty rights are disputed.
The source article estimates that Nigeria has fewer than 200 active university patents, compared with more than 2,000 in South Africa.
The implication is significant.
A patent that never becomes a licensed technology, a factory or a commercial product has limited economic value.
Nigeria therefore needs to think about intellectual property not merely as a legal protection mechanism but as an economic asset class.
WHEN PUBLICATION BECOMES MORE IMPORTANT THAN PRODUCTION
Nigeria’s academic reward system is another part of the problem.
University researchers are often evaluated heavily on publications, academic advancement and other conventional measures.
But the country needs a broader definition of research success.
A researcher who develops a technology capable of replacing imported products should not be judged solely by the number of papers published about it.
The real questions should include:
Was the technology patented?
Was it tested?
Was it certified?
Was it licensed?
Did an investor finance it?
Was a company established?
How many people were employed?
How much importation was displaced?
Did the product eventually reach export markets?
The source article points to Nigeria’s cassava research as an example of the disconnect.
Despite extensive research, bakeries still depend heavily on wheat because cassava flour has not been sufficiently scaled to industrial grade.
Research without commercialisation remains an incomplete economic transaction.
NASENI ENTERS THE CRITICAL ZONE
This is where NASENI’s role becomes particularly important.
The agency operates 10 development institutes and six zonal offices.
Under the proposed initiative, each development hub is expected to work with three to five universities within a 100-kilometre radius.
The strategy could address one of Nigeria’s most wasteful research practices: every institution trying to acquire expensive equipment independently.
Instead, NASENI hubs could serve as shared fabrication, testing and development centres.
Students and researchers could use the facilities to build, test and refine prototypes without every university having to purchase the same expensive equipment.
If properly executed, this could significantly reduce the cost of innovation.
But it also creates a new accountability question:
What measurable commercial output will each NASENI-university partnership be required to deliver?
A memorandum of understanding is not an innovation.
A workshop is not an innovation.
A prototype sitting in a laboratory is not an industrial success.
The real test is what reaches the market.
THE ₦20M–₦100M QUESTION
The proposed Research to Market Fund could become the most consequential component of the initiative.
According to the source article, NASENI, working with the Bank of Industry and private investors, plans to provide selected university teams with between ₦20 million and ₦100 million to move innovations from prototype towards pilot stage.
This addresses precisely the stage at which many Nigerian inventions currently collapse.
But funding alone will not solve the problem.
The money must be accompanied by:
technical validation;
intellectual-property protection;
regulatory support;
industrial partnerships;
commercial due diligence;
management expertise;
market access;
and, ultimately, patient capital for scale.
Otherwise, Nigeria risks creating another generation of better-funded prototypes rather than commercially successful enterprises.
INDUSTRY SHOULD STOP WAITING FOR UNIVERSITIES
Perhaps the most interesting element of the proposed model is NASENI’s plan to organise quarterly “problem sprints” involving companies such as Dangote, Innoson, Flour Mills and Flutterwave.
Under the concept, companies would present real-world problems to university researchers.
Research teams would then compete to solve those problems within 90 days, with winners potentially receiving contracts.
This reverses the traditional direction of research.
Instead of:
Research → Paper → Prototype → Search for buyer
the system becomes:
Industrial problem → Research → Solution → Contract → Production
That is closer to how a functioning innovation economy should operate.
The industrial sector knows where its problems are.
Universities possess specialised knowledge.
NASENI can potentially provide infrastructure.
Investors provide capital.
Government provides regulation and incentives.
If these components are properly connected, the laboratory-to-market pipeline becomes a genuine economic production line.
THE INTELLECTUAL PROPERTY DEAL
NASENI also plans to work with universities to establish Technology Transfer Offices.
The proposed revenue-sharing formula would allocate:
40 per cent to the researcher;
30 per cent to the university;
30 per cent to the investor.
The intention is to create clearer incentives for commercialisation and make university research more attractive to investors.
This could be important.
Researchers must have a financial reason to commercialise their inventions.
Universities must also benefit.
And investors must have a sufficiently attractive return to justify taking early-stage technology risk.
If the system is transparent and enforceable, intellectual property can become an income-generating asset rather than a document locked inside a university filing cabinet.
THE ECONOMIC PRIZE: JOBS, NOT JUST JOURNALS
The economic potential is considerable.
The source article estimates that commercialising 100 university innovations over two years could create about 25,000 direct and indirect jobs.
It cites a cassava-to-ethanol pilot at the University of Ilorin as an example of how scaling a university innovation could generate hundreds of jobs.
There is also an import-substitution opportunity.
Nigeria is estimated to spend about ₦1.2 trillion annually importing pharmaceuticals, packaging materials and automobile parts, some of which already have working prototypes in Nigerian laboratories.
If only 10 per cent could be replaced with locally produced alternatives, the potential foreign-exchange savings could be about ₦120 billion.
These figures should be treated as estimates rather than guaranteed outcomes.
But they illustrate the size of the prize.
The economic value of research is not contained in the laboratory.
It is realised when the research becomes a product, a factory, a company, an export or a job.
COVID-19 PROVIDED THE WARNING
Nigeria’s experience during the COVID-19 pandemic offers a powerful lesson.
Universities were able to develop ventilators within weeks.
The country’s problem came later.
Certification and commercialisation remained difficult.
The episode demonstrated that Nigerian researchers can respond rapidly to national emergencies.
What was missing was a functioning bridge connecting research to regulators, standards bodies, manufacturers, investors and markets.
That bridge must now be institutionalised.
NASENI’s proposed role in connecting universities with NAFDAC, the Standards Organisation of Nigeria (SON) and industry could become critical in future emergencies.
CAN RESEARCH REVERSE NIGERIA’S BRAIN DRAIN?
There is another potential dividend.
Nigeria’s best researchers often leave for countries where laboratories are better equipped, salaries are higher and commercial opportunities are stronger.
Commercialisation will not solve the brain-drain problem overnight.
But it could alter the incentive structure.
A Nigerian scientist who can turn an invention into a company, attract investment, earn royalties and create jobs has a different reason to remain in the country.
The objective should therefore be to make Nigeria not merely a place where researchers work, but a place where researchers can build.
THE NEXT INDUSTRIAL CLUSTERS MAY NOT BE IN LAGOS
There is also a geographic dimension to the strategy.
NASENI’s hubs are located outside Lagos and Abuja, creating an opportunity to develop innovation clusters around cities such as Kano, Enugu and Akure.
That could help distribute technology investment beyond Nigeria’s traditional commercial centres.
A successful university-NASENI partnership could become the anchor for an ecosystem involving:
researchers → startups → manufacturers → investors → suppliers → skilled workers → exporters.
Such clusters can generate economic activity far beyond the original university.
This is how research can become regional industrial policy.
NIGERIA’S RAW-MATERIAL TRAP
The ultimate objective must be bigger than producing more university inventions.
Nigeria has repeatedly struggled to move from exporting raw materials to exporting finished products.
The cocoa industry provides an obvious illustration.
Exporting raw cocoa creates value.
Processing cocoa into chocolate creates considerably more value.
The same logic applies to lithium, sesame, agricultural commodities, software and other resources.
Nigeria’s competitiveness will increasingly depend on its ability to combine its natural resources with research, technology, capital and manufacturing capacity.
The country must stop asking only what it can extract and start asking what it can manufacture.
THE AMEH NEWS INVESTIGATES: WHAT COULD KILL THE INITIATIVE?
The laboratory-to-market strategy faces five major risks.
- FUNDING WITHOUT SCALE
If the programme finances prototypes but not commercialisation, the fundamental problem remains.
- POLICIES WITHOUT ENFORCEMENT
University-NASENI partnerships must have measurable obligations, timelines and performance indicators.
- UNCLEAR INTELLECTUAL PROPERTY
Investors will hesitate if ownership and licensing rights remain uncertain.
- REGULATORY BOTTLENECKS
A promising technology can still die if certification and regulatory approval become excessively slow or expensive.
- MEASURING ACTIVITIES INSTEAD OF RESULTS
The programme must not be judged by the number of meetings, workshops or memoranda signed.
The scoreboard must be:
Products.
Patents commercialised.
Companies.
Contracts.
Jobs.
Imports displaced.
Foreign exchange saved.
Exports generated.
WHAT MUST HAPPEN NEXT
For the initiative to avoid becoming another policy announcement, implementation must begin with measurable commitments.
Every NASENI hub should establish formal agreements with its partner universities, backed by clear key performance indicators and dedicated budgets.
Government should also establish a stronger legal framework for university intellectual property, including clear ownership rules and incentives for companies willing to license Nigerian technologies.
Universities should review their incentive structures so that patents, commercial products, licensing agreements and successful industrial partnerships receive meaningful recognition alongside academic publications.
Industry must also play its part.
Companies should identify technological problems they want universities to solve and provide funding where appropriate.
Banks and investors must become more comfortable with technology-based businesses.
And government must reduce the regulatory friction that can turn a viable prototype into a dead asset.
THE AMEH NEWS VIEW: NIGERIA CANNOT EAT RESEARCH PAPERS
Nigeria has spent decades discussing the knowledge economy.
The country now needs to build it.
A university research paper does not create a factory.
A prototype does not automatically create employment.
A patent does not create foreign exchange until somebody commercialises it.
And a brilliant researcher cannot industrialise an invention without capital, infrastructure, regulation and access to markets.
That is why the Federal Government’s latest push deserves scrutiny—not celebration alone.
NASENI must be judged by what happens after the announcement.
How many university inventions will receive commercial funding?
How many will secure patents?
How many will pass regulatory approval?
How many will attract private investment?
How many will enter factories?
How many jobs will be created?
How much importation will be displaced?
How much foreign exchange will be saved?
And, ultimately, how many Nigerian technologies will be exported?
Those are the questions that should define the programme.
As Dr. Alausa has emphasised, the real measure of education is not simply what happens in the classroom, but the opportunities and improvements it creates for Nigerians.
The same principle applies to research.
Nigeria does not need more inventions trapped in laboratories.
It needs inventions that become industries.
It needs researchers who become entrepreneurs.
It needs universities that become innovation engines.
It needs investors willing to finance Nigerian technology.
And it needs government agencies capable of building the bridge between invention and industry.
The opportunity is enormous.
But so is the risk of failure.
For Nigeria, the next stage is no longer about proving that its researchers can invent.
The real test is whether the country has the political will, capital, institutions and industrial discipline to turn those inventions into wealth.
The laboratory has done its part.
Now the market must open its doors.
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