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Qatar has set out a bold vision to strengthen its research, development, and innovation (RDI) ecosystem, as detailed in the Third National Development Strategy (NDS3) and the QRDI Council's 2030 Strategy. These strategies aim to expand and upskill Qatar's RDI workforce as part of its transition to a knowledge-based economy by 2030, through wide-ranging policies to develop, attract, and retain domestic and international talent. Qatar's RDI base has grown but remains constrained: gross R&D spend has risen to 0.68% of GDP but sits well below the OECD average of 2.7%, the business sector accounts for only around 13% of RDI spending, and roughly 80% of RDI personnel are non-nationals.
RAND Europe reviewed the current state of Qatar's RDI ecosystem and benchmarked its performance against other small, advanced economies, examined international policy practice in developing, attracting, and retaining RDI talent, and assessed the early effects of Qatar's national strategies on research and innovation outputs, using publications and patents as proxy indicators.
The most significant constraint is weak interest and attainment in science, technology, engineering and mathematics (STEM) among Qatari students, which limits the domestic talent pipeline; only about 7% of Qataris hold STEM qualifications, against 19% of expatriates, and attainment remains below OECD averages. National strategies recognise STEM's importance, but no concrete STEM action plan is in place. Support for early-career researchers is fragmented across institutions. Recent reforms, including ending the Kafala system and the forthcoming Mustaqel visa, have improved conditions for skilled migrants, but short visa durations and post-fellowship employment precarity continue to drive researchers out. Industry–academia collaboration remains limited, constraining the translation of research into innovation. On impact, QNV 2030 appears to have supported research and innovation output; the QRDI 2030 Strategy shows early positive signs, but it is too soon to assess its full effect.
A coordinated national STEM action plan, spanning early years through to adult education and drawing on Finland's example, would help address the pipeline's binding constraint, with teacher development as a priority, potentially through a centralised professional-development body and teacher-led communities of practice along the lines of New Zealand's. A nationally administered early-career fellowship scheme, similar to that of Singapore, could standardise training quality and widen access, while further visa liberalisation allowing greater employer mobility, as in Ireland, would support retention and the circulation of expertise. Deeper industry–academia collaboration is another priority, and an RDI cluster policy that builds on existing assets such as QSTP and Education City, following Denmark's model, offers one route. Sustained and more diversified RDI investment, alongside continued reductions in business set-up costs, would further support private-sector innovation, underpinned by ongoing monitoring and evaluation using a broader set of indicators.
