Global Business Innovation Programme in Japan - Semiconductors briefing event
Join us for an online briefing event to learn more about the Semiconductors Global Business Innovation Programme in Japan.
Recording and slides now available
Innovate UK’s Global Business Innovation Programme helps ambitious businesses to collaborate and expand in new markets, accelerating business growth.
This applicant briefing session will unravel the exciting opportunities for innovative collaborations with Japan, and gain an understanding of what the programme has to offer within the Semiconductors sector.
Japan, the world’s third-largest economy by GDP, leads in R&D investment as a percentage of GDP, generating numerous scientific publications and patents. Home to over 200 Forbes Global 2000 companies, Japan ranks third in global corporate R&D spending, trailing only the United States and China. This economic and technological prowess makes Japan a critical partner for the UK, especially in the semiconductor industry, where Japan’s manufacturing capabilities complement the UK’s strengths in design, intellectual property, and advanced materials.
During the session, you will:
- Learn more about the Global Business Innovation Programme for Semiconductors in Japan
- Learn about the local innovation ecosystem in Japan
- Learn how Innovate UK Business Growth will support you through the programme and have an introduction to additional innovation growth support available
- Be provided with some guidance on how to complete and submit an online application form
- Have the option to submit questions to the Global Business Innovation Programme panel
Related Opportunities
Global Business Innovation Programme in Japan - Semiconductors
Opens: 14/08/2024 Closes: 29/09/2024
Innovate UK invites ambitious companies in the Semiconductors sector to participate in a Global Business Innovation Programme in Japan.
More Information
Related programme
Semiconductors
Ensuring that the UK has a secure and relevant position and capability within the global semiconductor landscape.