UNESCO Science and Technology Policy Programme: Shaping Global Science Policy

When a country wants to build laboratories, train researchers, or decide how much of its budget should go to research and development, where does it turn for guidance? For much of the world, the answer for decades has been UNESCO. The United Nations Educational, Scientific and Cultural Organization runs one of the oldest and most influential programmes for shaping how nations design and govern their science. Understanding this programme matters because it sits at the heart of how scientific knowledge gets translated into national progress, especially for developing economies trying to catch up.

Background of UNESCO’s science and technology policy programme 🔗

UNESCO has been involved with science almost from the moment it was founded. Since its creation in 1945, the organization worked on developing scientific knowledge, driven by a strong belief that applying science and transferring technology from industrialized to newly independent countries could quickly raise living standards. In the early 1950s, UNESCO began sending experts to its member states to help them set up scientific infrastructure and improve research planning.

This early activity grew into something more structured. A full-fledged programme on science and technology policy was adopted in 1964. It ran for nearly three decades and played a major role in steering science toward national, socially oriented goals rather than treating research as an isolated academic pursuit. The core idea was simple but powerful: a country cannot benefit from science unless it has a deliberate policy for funding it, organizing it, and connecting it to development needs.

Today this legacy continues under the banner of science, technology and innovation (STI) policy. The vocabulary has shifted to include “innovation” because modern thinking recognizes that scientific discovery alone is not enough; the discoveries must be converted into products, services, and solutions. UNESCO now frames STI as essential to the three pillars of sustainable development: economic, social and environmental development.

National support and international cooperation 🔗

One of the programme’s defining features is direct, hands-on assistance to individual countries. UNESCO does not simply publish reports and hope governments read them. It works alongside national authorities to draft actual policies. The organization offers technical assistance and advice, publishes policy guidance and toolkits, promotes capacity-building, and fosters international collaboration to strengthen national and regional STI systems.

How policy support works in practice 🔗

A clear example comes from Uzbekistan. On 20 May 2021, a national consultation meeting was held in Tashkent where UNESCO presented the draft National Science, Technology and Innovation Policy of Uzbekistan for 2021-2030. The policy was developed through a participatory process that involved the main actors of the country’s national innovation system. This shows the typical method: UNESCO helps facilitate a draft, brings stakeholders together, and supports the country until the policy is finalized.

The same approach has reached many other nations. Through a joint project with the Swedish International Development Cooperation Agency, UNESCO worked in 2021-2022 with Congo, Ghana, Namibia, Sierra Leone, Tanzania and Zimbabwe on strengthening their STI systems for sustainable development. Sierra Leone, for instance, used this support while implementing its first National Science, Technology and Innovation Policy.

The role of international cooperation 🔗

UNESCO’s strength lies in its ability to act as a neutral meeting ground for nations. No single country owns the platform, so member states can share best practices without competitive friction. Much of this work depends on partnerships and donor funding. The Swedish government, in particular, has been a recurring financial backer of UNESCO’s science policy tools, which allows the organization to extend assistance to countries that could not afford expensive consultancy on their own.

Goals and objectives 🔗

The programme’s objectives have evolved but remain anchored to a few enduring themes. The first is using science for sustainable development. UNESCO holds that research and development can foster sustainable development by helping build greener and more inclusive societies. The aim is to make STI more accessible, transparent, inclusive, and connected to the real needs of society rather than detached from them.

The second theme is science for peace and human wellbeing. This connects back to UNESCO’s founding charter, which seeks to advance international peace and the common welfare of humankind through scientific relations among peoples. A landmark expression of this vision is the 2017 Recommendation on Science and Scientific Researchers, which offers a vision for science that goes beyond growth and productivity and places human wellbeing and inclusion at the centre.

The third theme is the advancement of science and society together. UNESCO adopts a human rights-based approach to STI, with a focus on gender equality and priority for Africa. The goal is not just more science, but science that reduces inequalities within and across countries. The 2017 Recommendation argues that justice, inclusion, and human rights must become the cornerstone of the science ecosystem, which would require a genuine shift in how research is valued and protected.

Key initiatives and collaborations 🔗

The programme operates through several flagship initiatives, each addressing a different gap in how countries handle science policy.

The Global Observatory of Science, Technology and Innovation Policy Instruments (GO-SPIN) 🔗

Perhaps the most important modern tool is GO-SPIN. A major obstacle for many governments is the simple lack of reliable information. The lack of accurate information, adequate indicators, and the capacity to analyse and monitor policies is a major development challenge, and GO-SPIN exists to fill that gap. It is a global resource providing tools and information for capacity-building, benchmarking, and policy-making.

The online GO-SPIN platform, developed with financial support from the Swedish government, is a source of information on STI policies and policy instruments for more than 50 developing countries across Africa, Latin America and Asia. It serves as a tool for monitoring, benchmarking, and analysis that supports evidence-based decision-making.

The impact can be concrete. After completing a GO-SPIN study, the Guatemalan Parliament decided to double the country’s STI budget for 2018. This illustrates how good data can directly influence funding decisions. GO-SPIN also produces detailed country profiles, with reports mapping research and innovation in nations such as Kenya, Cambodia, Mozambique, and Botswana.

Connecting science policy to the Sustainable Development Goals 🔗

A flagship effort launched in recent years explicitly links science to global development targets. The STI for the Sustainable Development Goals Roadmap Programme was launched in July 2019 at a High Level Political Forum in New York. The initial five pilot countries were Ethiopia, Ghana, India, Kenya and Serbia, later joined by Ukraine.

This programme is notable for being co-led by several major bodies: the United Nations Department for Economic and Social Affairs, UNESCO, the European Commission’s Joint Research Centre, and the Government of Japan. It helps countries refocus their STI policies on actually achieving the SDGs. Analysis of policy instruments from more than 90 countries shows that STI policy instruments are closely linked to SDG 9 on industry and innovation, SDG 8 on decent work, and SDG 4 on quality education.

India’s inclusion among the original pilot countries is worth noting. It signals that even nations with substantial scientific capacity find value in aligning their research investments with internationally agreed development goals, rather than treating science policy as a purely domestic affair.

Standard-setting and protecting scientists 🔗

Beyond data and roadmaps, UNESCO sets global norms. The 2017 Recommendation on Science and Scientific Researchers was adopted on 13 November 2017, superseding an earlier 1974 text. It codifies the goals and value systems by which science operates and stresses that these must be supported and protected if science is to flourish.

The Recommendation is especially useful for developing countries building up their scientific institutions, since it provides a useful checklist of political and institutional requirements. Its implementation is monitored every four years, with member states reporting on their progress. Building on this, UNESCO has launched a dedicated programme on the freedom and safety of scientists, recognizing that when scientists are free to investigate and feel safe, science flourishes and scientific progress accelerates.

Promotion and recognition initiatives 🔗

The programme also includes efforts to celebrate and popularize science. Among these are the L’Oréal-UNESCO For Women in Science awards, the Kalinga Prize for the popularization of science, and the annual World Science Day for Peace and Development. These initiatives keep science visible in public life and encourage younger generations to pursue scientific careers, which feeds back into the long-term health of national research systems.

Why this programme matters 🔗

Taken together, UNESCO’s science and technology policy work forms a complete cycle. It gathers data through GO-SPIN, helps countries draft policies through technical assistance, links those policies to global goals through the SDG roadmaps, sets ethical standards through the Recommendation, and promotes science through awards and public events. For countries with limited resources, this support can mean the difference between a fragmented research sector and a coherent national system. The programme demonstrates that science policy is not a luxury for wealthy nations but a foundation for development everywhere.

What do you think? If a country has limited funds, should it prioritize building its own science policy expertise or rely on international bodies like UNESCO for guidance? And how might aligning national research with global goals like the SDGs change what scientists in your country choose to study?

References

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