The Ministry of Development in Greece has opened a public consultation on its draft National Strategy for Semiconductors and Microelectronics 2026–2030, designed to expand the country’s involvement in Europe’s semiconductor sector. This initiative will concentrate on enhancing chip design, supporting partnerships between research institutions and industry, building a skilled workforce, and drawing in investment to solidify Greece’s place within the semiconductor supply chain.
The strategy emerges as Europe advances negotiations on the next phase of the European Chips Act, a continent-wide effort to decrease dependence on foreign chip production. Greece’s plan builds on existing strengths, such as its 35 semiconductor firms and 1,200 specialized professionals, while positioning the country as an active contributor to technological advancements rather than merely an adopter. The Ministry has already committed €3.63 million to establishing the Greek Semiconductor Competence Centre, which will serve as the foundation for the broader initiative. Public feedback on the proposal will be accepted until 12 November 2026, with input sought from businesses, universities, research institutions, and potential investors.
Greece’s push for a dedicated semiconductor strategy gained traction two years ago when the Hellenic Emerging Technologies Industry Association (HETiA) conducted an industry-wide assessment of needs and capabilities. Through this work, HETiA coordinated the creation of the Hellenic Chips Competence Centre (HCCC), a collaborative network now involving 16 partners from academia, research, and industry. The HCCC’s primary focus is strengthening the link between scientific research and commercial applications, a persistent weakness in Greece’s current semiconductor ecosystem.
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The strategy outlines five key priorities to enhance competitiveness. First, it will expand domestic chip design capabilities by providing access to electronic design automation tools and pilot production lines. Second, it will deepen collaboration between researchers and industry, particularly in prototyping and technology commercialization. Third, specialized training programs will address critical skill shortages in the sector. Fourth, the initiative will promote broader adoption of microelectronics in defense, energy, maritime, healthcare, and industrial applications. Finally, it aims to attract new investment while upgrading technological infrastructure.
Unlike many European nations that focus primarily on chip manufacturing, Greece’s approach centers on design and innovation, areas where it already holds expertise. The strategy’s effectiveness will depend on closing the gap between research and industry, a challenge few countries face. By aligning with the European Chips Act’s objectives, Greece could establish a distinct role within Europe’s semiconductor supply chain, avoiding direct competition with larger producers while filling gaps in design and applied research.
