UNIVERSITY OF TSUKUBA

Their core work

The University of Tsukuba is a major Japanese national research university offering multidisciplinary scientific capacity across life sciences, physics, and biomedical research. In the H2020 context, it acts as a non-European host and training partner for Marie Skłodowska-Curie mobility programs — welcoming European doctoral researchers into its labs and contributing Japanese scientific expertise to EU consortia. Their H2020 footprint spans three distinct fields: insect biosystematics and genomics, computational modeling of laser-matter interaction with nanostructures, and neuroscience of energy metabolism (the SIK3 kinase in obesity). The common thread is advanced basic research with strong international training components.

What they specialise in

How they've shifted over time

In the early H2020 period (2015-2018) Tsukuba's visible EU engagement was in life sciences, specifically insect biosystematics and genetics via BIG4. From 2019 onward the profile diversified sharply into physics (laser-matter interaction, nanostructures) and biomedical neuroscience (SIK3, obesity), suggesting different departments independently tapping into EU mobility funding rather than a single coordinated strategy. The trend is toward deeper physics modeling and translational neuroscience while life-science taxonomy work has tapered off.

Momentum is in computational physics of nanostructured materials and in molecular neuroscience of metabolism — fields where a European partner could find well-equipped Tsukuba labs open to joint PhD training.

How they like to work

Tsukuba never coordinates these projects; it joins as a third-country partner in consortia led by European institutions, specifically in MSCA training networks and fellowships. The three projects cover entirely different scientific fields with no partner overlap, indicating that individual Tsukuba research groups — not a central office — drive each collaboration. Expect to work with a specific professor and lab rather than a university-wide partnership unit.

Across 3 projects they have connected with 36 unique partners in 20 countries, a broad footprint relative to project count. The network is European-centric with Tsukuba as the Japanese node bridging to EU research teams.

What sets them apart

Tsukuba is one of Japan's designated "Designated National Universities" and sits in Tsukuba Science City, Japan's largest research cluster — giving EU partners access to a dense ecosystem of adjacent institutes (AIST, NIMS, KEK) through a single academic address. Compared to other Japanese H2020 participants, Tsukuba shows unusual breadth, hosting EU-funded researchers in physics, biology and neuroscience within the same university. For an MSCA consortium wanting a credible non-EU secondment destination in Asia, Tsukuba is a safe, infrastructure-rich choice.

Highlights from their portfolio

• ATLANTIC
  A long-running (2019-2024) MSCA-RISE network placing Tsukuba's theoretical physicists alongside European modelers of laser-matter interaction and optical nanostructures.
• ObeSIK3
  A focused individual fellowship linking Tsukuba's metabolic neuroscience — SIK3 is a kinase Tsukuba researchers have been internationally recognized for — to European obesity research.
• BIG4
  An early ITN on the four most diverse insect orders; Tsukuba's biosystematics contribution demonstrates the university's reach beyond its better-known physics and medical work.