Piloting the Quantum Economy Blueprint Lessons from Saudi Arabia 2026

2.2 Strategic lessons for cultivating a national quantum ecosystem The lessons below detail findings from the blueprint’s application. They offer practical guidance to policy-makers designing coordinated, future-ready quantum strategies. STRATEGIC LESSON 1 Building a quantum-ready workforce The blueprint identifies workforce development as a foundational pillar of a functioning quantum ecosystem. It emphasizes the importance of building quantum-literate talent pipelines spanning multiple levels of expertise, including researchers, engineers, technicians and policy- makers. Strengthening these pipelines requires coordinated investments in education, interdisciplinary training and inclusive participation to ensure that nations possess the human capital necessary to develop, deploy and govern quantum technologies. Saudi Arabia’s pilot illustrated how complex workforce development becomes in practice. Discussions across academia, government and industry revealed that “quantum talent” encompasses multiple roles extending far beyond quantum physicists alone. Workforce needs include algorithm designers, cryogenic engineers, fabrication specialists, systems engineers and application experts capable of translating quantum capabilities into industrial use cases. These distinct roles require different educational pathways, institutional partnerships and career structures.Quantum education benefits from early exposure: foundational concepts introduced at school level build long-term literacy and interest. An integrated pathway from STEM (science, technology, engineering and mathematics) foundations through multi-disciplinary quantum engineering programmes strengthens the pipeline at every stage. Strong industry-academia partnerships help anchor talent locally by connecting education to real applications and employment opportunities, while national quantum strategies provide essential signalling functions that align institutions and sustain workforce momentum. However, a recurring challenge emerged: workforce pipelines often develop without clear alignment to anticipated industry demand. This challenge is compounded by competition from adjacent fields such as artificial intelligence (AI), which intensifies the global race for technical talent. Without visible career pathways, sustained funding and clear national commitment, countries risk losing promising researchers and engineers to better-established technology sectors or international opportunities. Key takeaway: Countries that clearly define the quantum workforce capabilities they require and align education pathways, industry partnerships and career incentives around those needs are better positioned to sustain long-term talent development and retain expertise within their national ecosystems. The foundational requirement for the quantum era is not the hardware itself, but the development of human expertise. To truly lead this field, it is a necessity to cultivate the next generation of professionals, engineers and scientists, enabling them to bridge the gap between abstract physics and real-world industrial application. Daniel Loss, Director, Interdisciplinary Research Center for Advanced Quantum Computing; Chair Professor, King Fahd University of Petroleum and Minerals (KFUPM) Piloting the Quantum Economy Blueprint 18