The UK government is organising a mission to South Korea to bolster semiconductor R&D collaboration.
- British semiconductor firms are invited to engage in a three-day research programme with Korean counterparts.
- The initiative is part of a broader strategy to enhance ties with South Korea, a significant player in the semiconductor industry.
- UK’s renewed association with Horizon Europe is facilitating increased cooperation in semiconductor research.
- The programme focuses on advancing semiconductor technologies, including power electronics and smart networks.
The UK government is actively seeking to strengthen its semiconductor industry ties by organising a research and development mission to South Korea. This initiative aims to foster collaborative opportunities between British semiconductor firms and their South Korean counterparts. Participants will engage in a three-day programme set to take place in February 2025, focusing on cutting-edge semiconductor technologies.
Firms involved in areas such as heterogeneous integration, advanced packaging, and future telecoms have been encouraged to apply. The Department for Science, Innovation and Technology (DSIT) will announce the successful applicants in January 2025, highlighting the government’s commitment to advancing semiconductor technology.
This mission builds on the UK’s recent expanded association with the international research scheme Horizon Europe. The collaboration intends to leverage this partnership to facilitate greater cooperation with South Korea, acknowledged as a major international player in the semiconductor sector, commanding a 17.7% share of the global market as of 2022.
In 2023, the UK and South Korea formalised a joint framework for semiconductor cooperation, reinforcing their strategic alignment in this high-tech field. Notably, both countries co-hosted the AI Seoul Summit, underscoring their mutual commitment to advancing technology collaboration.
This R&D initiative signifies the UK’s strategic efforts to become a global hub in semiconductor technology through international collaboration.
