Switzerland and Germany Expand Cooperation on AI and Robotics

Switzerland and Germany are tightening one of Europe’s most established research relationships. Representatives from both countries signed a joint declaration of intent in Bern on September 30, committing to deeper cooperation in education, research and innovation. The agreement places artificial intelligence and robotics alongside digitalisation and sustainability as shared priorities.

Swiss State Secretary Martina Hirayama met her German counterpart Marcus Pleyer and other representatives from German and Swiss institutions. The delegations normally meet every two years, giving the latest declaration a place within an existing government-to-government channel rather than a one-off political announcement.

The timing matters for Switzerland. AI and robotics require expensive laboratories, specialised talent and long development cycles. Swiss universities and companies can gain from Germany’s industrial base and broad research network, while German partners can draw on Swiss expertise in areas such as precision engineering, advanced manufacturing and autonomous systems. The declaration does not announce a specific new fund or individual project. Its immediate importance lies in setting a framework for institutions to build those links more systematically.

The existing numbers show that cooperation already runs deep. Nearly 1,300 German-Swiss collaborative projects have been carried out under the EU’s Horizon Europe programme. Since 2020, the Swiss National Science Foundation has funded more than 4,600 projects with German partners.

Those figures cover broad research activity rather than AI and robotics alone, but they reveal the scale of the pipeline available to the two countries. Researchers already working across the border have established institutional contacts, shared methods and experience with joint applications. That reduces the time and administrative friction required to form new teams around emerging technologies.

Horizon Europe is particularly important because it connects national research capacity to a wider European funding system. Swiss participation gives researchers access to multinational consortia and large calls that can be difficult to match through domestic funding alone. German institutions bring scale, industrial connections and access to one of Europe’s largest manufacturing economies. For Swiss researchers, the relationship also provides a route into projects that link laboratory results with factories, transport systems, healthcare and energy infrastructure.

The new declaration can help officials identify where those established networks should focus next.

Robotics gives the partnership a direct route from research to economic use. Switzerland has a strong base in precision technology, industrial automation, sensors and high-value manufacturing. Germany adds major capabilities in automotive production, mechanical engineering, logistics and industrial systems. Joint work can connect these strengths in fields where AI software and physical machines must operate together reliably.

Possible areas include robots that assist workers in factories, automated inspection systems, intelligent warehouse equipment and machines designed for hazardous or repetitive tasks. The declaration names robotics, but it does not specify projects, companies or deployment deadlines. Any practical programme will therefore depend on universities, applied research centres and businesses turning the political agreement into funded consortia.

Education is part of that process. AI and robotics projects require engineers who understand software, electronics, mechanics, data and safety standards at the same time. Joint doctoral projects, laboratory exchanges and coordinated training could help widen that talent pool. Cross-border teaching would also expose Swiss students to German industrial applications and German students to Swiss research environments.

For Switzerland, the commercial test will be whether collaboration produces technologies that can leave the laboratory and reach firms, hospitals, transport operators and other users.

The agreement’s value will be measured by implementation, not signatures. The declaration identifies a shared agenda across artificial intelligence, robotics, digitalisation and sustainability, yet the source provides no new budget, timetable or named research programme. The next step will be for ministries, funding agencies, universities and companies to define projects with clear outcomes.

Switzerland can use the relationship to strengthen its position in European technology networks while protecting the research links that have supported thousands of joint projects. Germany offers proximity, industrial depth and a large pool of potential partners. Swiss institutions bring internationally recognised research capacity and close links to specialised companies. Their border regions also offer a practical setting for regular exchanges, shared facilities and applied trials.

Horizon Europe will remain a central mechanism for that work. The nearly 1,300 collaborative projects already completed under the programme provide evidence that the partnership can operate at scale. The more than 4,600 projects with German partners funded by the Swiss National Science Foundation since 2020 show that demand exists on the Swiss side as well.

If officials convert the declaration into competitive calls, training schemes and industry partnerships, the agreement could strengthen technological competitiveness across the Rhine and within Switzerland’s own innovation economy.