The NCCR Automation Fellowship is a visiting research programme run by NCCR Automation, a Swiss National Centre of Competence in Research established in 2020 and hosted across ETH Zurich, EPFL and partner Swiss institutions. It funds research stays of up to 6 months in Switzerland for Master's students, PhD candidates and postdoctoral researchers based outside the country, in fields such as control systems and automation, robotics and embedded systems, artificial intelligence in engineering, cyber-physical and industrial automation, and human-machine interaction. Fellows receive financial support to cover Switzerland's high living costs, travel support to attend official NCCR Automation meetings, access to state-of-the-art facilities and mentoring from Swiss scientists; the living support over a stay is commonly worth around €15,000 (est.). For the 2026 cycle, the application deadline is around 30 June 2026 (17:00 CET), with the earliest start in January 2026 and stays ending by 31 July 2026; applicants choose up to 3 research topics and 3 principal investigators. Exact stipend levels, dates and the current-cycle deadline are set each year, so confirm the figures and dates on the official NCCR Automation fellowship page before you apply.
All documents are submitted in PDF format through the online portal by the deadline; the required materials depend on whether you apply as a Master's student or a PhD/postdoctoral researcher.
Applicants choose up to 3 research topics and up to 3 NCCR Automation principal investigators when applying. NCCR Automation is committed to an equitable, diverse and inclusive research environment.
Open to all nationalities (applicants based outside Switzerland)
Applications are evaluated on the candidate's academic and research potential, the quality and alignment of the proposed project with NCCR Automation's research areas, and the contribution to international collaboration and interdisciplinarity. Selection involves the chosen principal investigators, and all applicants are notified of the outcome after review.
NCCR Automation is a Swiss National Centre of Competence in Research, launched in 2020 and funded by the Swiss National Science Foundation. Hosted across ETH Zurich, EPFL and partner Swiss institutions, it develops methods and tools for automating complex, dynamic systems and runs education and fellowship programmes that bring international researchers into its labs.
Answers below are best-effort estimates from the most recent application cycle. Values marked ~ or (est.) may shift year-to-year — confirm specifics on the official scholarship page.
Master's students, PhD candidates and postdoctoral researchers of all nationalities who are based outside Switzerland and keep their home-institution affiliation during the stay.
It funds a research stay of up to 6 months in Switzerland.
Financial support toward living costs (around €15,000 (est.) over the stay), travel support for official meetings, access to research facilities and mentoring.
Around 30 June 2026 at 17:00 CET (est.); confirm the exact current-cycle date on the official NCCR Automation page.
The earliest start is around January 2026 and stays must end by around 31 July 2026 for the current cycle.
Control systems and automation, robotics and embedded systems, AI in engineering, cyber-physical and industrial automation, and human-machine interaction.
No. Applicants must not have previously studied or worked at the NCCR Automation host institution in Switzerland.
Yes. PhD and postdoctoral applicants must continue to receive a salary from their home institution during the fellowship.
You can select up to 3 research topics and up to 3 NCCR Automation principal investigators in your application.
A CV (max 2 pages), a motivation letter (max 2 pages), a letter of support, transcripts and degree certificates.
A research proposal of up to 2 pages outlining the research question, methodology and timeline, in addition to the CV, support letter and transcripts.
All applicants are notified of the outcome after review, around October for the cycle.