How SINNTS Is Creating a New Digital Economy
June 15, 2026How Open Data Initiatives Can Strengthen Government Accountability and Citizen Engagement in Nigeria
June 16, 2026The First and Most Foundational Principle
The first and most foundational principle of effective science and technology policy — that public investment in research, development, and innovation must be adequate, consistent, and sustained over long periods — is the principle most systematically violated by Nigerian science and technology policy.
Nigeria’s R&D Investment Challenge
The African Union’s Consolidated Plan of Action for Science and Technology recommends that member states invest at least one percent of GDP in research and development. Nigeria’s R&D investment as a share of GDP is estimated at less than 0.2 percent — significantly below this target and significantly below comparable countries that are accelerating their science and technology development.
The Consequences of Inadequate R&D Investment
The consequences of inadequate R&D investment are visible in Nigeria’s research output, innovation capacity, and technological dependence. Nigerian universities produce relatively small numbers of published research papers per institution compared to leading African institutions in South Africa, Egypt, and Kenya. Nigerian technology companies depend predominantly on imported technologies rather than domestically developed innovations. And Nigeria’s capacity to respond to domestic challenges — disease outbreaks, agricultural pests, infrastructure failures — with domestically generated technical solutions is constrained by the research base that insufficient R&D investment has produced.
Principle Two: Science and Technology Policy Must Be Connected to Economic Policy
Science and Technology as Part of Economic Development
Effective science and technology policy is not a standalone government function — it is deeply embedded in the economic policy, industrial policy, education policy, and innovation ecosystem governance that together determine whether scientific and technological capability translates into economic growth and development outcomes.
Nigeria’s Historical Policy Disconnect
Nigerian science and technology policy has historically been managed as a relatively isolated function of the Federal Ministry of Science Technology and Innovation, with insufficient connection to the industrial policy, financial sector policy, and trade policy that determine whether Nigerian technology companies can grow, whether domestic innovation is rewarded by Nigerian markets, and whether the skills that Nigerian universities produce are demanded by the Nigerian economy.
The Principle of Connection
The principle of connection requires that Nigerian science and technology policymakers develop deep working relationships with their counterparts in finance, trade, industry, education, and agriculture — and that science and technology considerations are embedded in the policy frameworks of these sectors rather than addressed only through standalone science and technology programmes.
Principle Three: Innovation Ecosystems Require Governance Beyond Government
Understanding Innovation Ecosystems
Effective innovation ecosystems — the networks of universities, research institutions, companies, investors, and support organisations that convert scientific knowledge into economic and social value — are not primarily created or managed by government.
The Role of Policy Frameworks
They emerge from the interactions between a wide range of actors whose individual motivations, when appropriately aligned by policy frameworks, produce collective innovation outcomes that no single actor could generate alone.
Government’s Traditional Approach
Nigerian science and technology policy has tended to overestimate what government can achieve through direct provision — of research funding, of technology incubators, of skills training — and underestimate what government can achieve through enabling policy that facilitates private sector, civil society, and diaspora contributions to innovation.
The Nigerian Startup Act Example
The Nigerian Startup Act, which provides a legal framework for startup support and a coordination mechanism for the growing Nigerian technology ecosystem, represents a more enabling policy approach than the traditional government-as-provider model.
Extending the Enabling Approach
Extending this enabling approach to research and development — through R&D tax incentives, intellectual property frameworks that reward domestic innovation, and regulatory environments that facilitate technology adoption — would do more to stimulate Nigerian innovation than equivalent direct government R&D expenditure.
Principle Four: Science and Technology Policy Must Prioritise Domestic Relevance
Focusing on Nigeria’s Development Context
The fourth principle — that science and technology policy must be oriented toward the specific challenges and opportunities most relevant to Nigeria’s development context — is violated when science and technology priorities are determined primarily by international research fashions, donor agendas, and prestige-oriented academic cultures rather than by the technology needs of Nigerian agriculture, health, energy, manufacturing, and governance.
Nigeria’s Most Important Science and Technology Challenges
Nigeria’s most important science and technology challenges — developing drought-resistant crop varieties for its changing climate, creating affordable diagnostics for its disease burden, engineering sanitation solutions appropriate for its settlement patterns, and developing manufacturing technologies that can utilise its natural resource base more productively — are not the cutting-edge research frontiers that attract international funding and publication prestige.
Building a Nationally Relevant Policy
A nationally relevant science and technology policy explicitly prioritises these domestic challenges and creates the funding, career incentive, and institutional frameworks that attract the best Nigerian scientists to the problems their country most needs them to solve.
Principle Five: Evaluation and Learning Must Drive Science and Technology Policy Improvement
The Need for Systematic Evaluation
The fifth principle — that science and technology policy must be systematically evaluated and the findings used to improve subsequent policy — is among the most consistently neglected in Nigeria.
The Problem of Policy Accumulation
Science and technology programmes are launched with ambitious targets, implemented with variable fidelity, and rarely evaluated with the methodological rigour needed to determine whether they have achieved their intended outcomes.
Resource Dispersion and Ineffectiveness
The result is a policy accumulation — each government adding new science and technology programmes without rigorous assessment of whether previous programmes worked — that disperses resources across too many initiatives rather than concentrating them on approaches with demonstrated effectiveness.
Building an Evaluation Culture
Building evaluation culture in Nigerian science and technology policy requires institutional reforms that create evaluation mandates, evaluation capacity, and evaluation accountability in the Federal Ministry of Science Technology and Innovation and its agencies.
International Partnerships for Evaluation Support
International partnerships with African science policy research institutions — including the African Academy of Sciences, the South African Centre for Excellence in Epidemiological Modelling and Analysis, and NEPAD’s science and technology programme — can provide the evaluation support and peer learning that internal capacity building takes time to develop.
