HARBIN INSTITUTE OF TECHNOLOGY

Their core work

Harbin Institute of Technology is a major Chinese technical university with strong engineering programmes in robotics, aerospace, electrical machines, and telecommunications. In H2020 they plugged into European research through Marie Skłodowska-Curie staff-exchange projects, hosting and sending researchers across three very different fields: robotic manipulation of single cancer cells, indoor 5G small-cell networks with 3D MIMO antennas, and high-reliability motor drives for electric aircraft and vehicles. They act as a technical collaboration node between European labs and Chinese engineering capacity rather than as a funded project participant.

What they specialise in

How they've shifted over time

In their early H2020 engagements (2017-start), HIT contributed to biomedical micro/nano robotics and indoor wireless infrastructure — two unrelated fundamental-research themes. Their most recent project (DORNA, started 2020) pivots sharply toward applied electrification: motor drives and power electronics for electric aircraft and EVs. The trajectory moves from exploratory sensing/comms topics toward higher-TRL clean-transport hardware, mirroring China's national push on EV and electric aviation supply chains.

HIT is moving from exploratory biomedical and wireless topics toward higher-TRL electric propulsion hardware, making them a credible partner for consortia on electrified transport and power electronics.

How they like to work

HIT appears in H2020 exclusively as a third-party partner in MSCA-RISE staff exchange projects, never as coordinator or EU-funded beneficiary. This is the standard arrangement for non-associated country universities: they host incoming EU researchers and send their own staff to European labs, contributing expertise rather than drawing EU funds. They work across a wide consortium pool (38 partners across 12 countries) without repeating collaborators, suggesting each project is a standalone technical tie-up rather than a long-term strategic alliance.

Connected to 38 distinct European and international partners across 12 countries through three staff-exchange projects, with no recurring collaborators — each project pulls in a fresh consortium rather than building on a stable European network.

What sets them apart

One of China's "Seven Sons of National Defence" universities, HIT brings deep aerospace, robotics and electrical engineering capacity that few European partners can match in-house. For EU consortia, they offer a legitimate route to Chinese lab infrastructure, manufacturing context, and a large PhD workforce through MSCA secondments — without the coordination complexity of a full associated-country partner. Their value in H2020 has been as a technical host for mobility, not as a funding recipient.

Highlights from their portfolio

• MNR4SCell
  Combines robotics engineering with single-cell oncology — an unusual cross-disciplinary bet that positioned HIT alongside European bio-MEMS groups.
• DORNA
  Their most recent and most applied engagement: high-reliability drives for electric aircraft propulsion, aligning HIT with the European electrified-aviation supply chain.
• is3DMIMO
  Placed HIT inside European 5G indoor-coverage research during the critical pre-standardisation window for millimetre-wave and massive MIMO.