Zeolite catalysis and biorefineryprimary
1 project
ZEOBIOCHEM focuses on hierarchical zeolites for sustainable biorefinery, including process intensification and life cycle assessment.
Organization
Tianjin University
Major Chinese technical university contributing catalysis, nano robotics, and AI communications expertise to European research consortia via MSCA programmes.
University research groupmultidisciplinaryCN
H2020 projects
6
As coordinator
0
Total EC funding
—
Unique partners
62
What they do
Their core work
Tianjin University is one of China's oldest and most prestigious technical universities, contributing specialized research expertise to European consortia across materials science, catalysis, micro/nano robotics, and intelligent communications. In H2020, they participated exclusively as a third-party contributor through MSCA mobility and training programmes, bringing Chinese research capacity into EU-led projects. Their contributions span surface engineering, zeolite chemistry for green chemicals, cancer cell manipulation at the micro-scale, and AI-driven optical network design.
Core expertise
What they specialise in
Micro/nano robotics for biomedical applicationsprimary
1 project
MNR4SCell developed micro/nano robotic systems for single cancer cell manipulation and characterisation.
AI-driven optical and radio communication networksemerging
1 project
DIOR (2021-2027) applies artificial intelligence and machine learning to deep intelligent optical and radio networks.
Surface engineering and functional coatingssecondary
1 project
FabSurfWAR addressed design and fabrication of functional surfaces with controllable wettability, adhesion, and reflectivity.
Aerospace manufacturing processessecondary
1 project
ECSASDPE developed drilling processes and equipment for stacked aero-structures in a Europe-China collaboration.
Evolution & trajectory
How they've shifted over time
Early focus
Nano robotics and surface engineering
Recent focus
Green catalysis and AI communications
Tianjin University's early H2020 involvement (2015-2017) centred on physical sciences and engineering — surface fabrication, nano robotics, and aerospace drilling. From 2019 onward, their focus shifted decisively toward green chemistry (zeolite catalysis, biorefinery, life cycle assessment) and digital technologies (AI, machine learning for communication networks). This evolution mirrors a broader institutional pivot from classical materials and mechanical engineering toward sustainability and intelligent systems.
TJU is moving toward sustainability-oriented chemistry and AI-driven network design, making them increasingly relevant for green transition and digital infrastructure consortia.
Collaboration profile
How they like to work
Role: third_party_expertReach: Global23 countries collaborated
Tianjin University joins EU projects exclusively as a third-party partner — they have never coordinated or even been a direct participant in H2020. This is typical for non-EU universities participating through MSCA mobility schemes, where they host or exchange researchers rather than lead work packages. Despite this limited formal role, they have connected with 62 unique partners across 23 countries, suggesting they are embedded in broad international research networks.
Through just 6 projects, TJU has connected with 62 partners across 23 countries, reflecting the large consortium sizes typical of MSCA-RISE programmes. Their network is genuinely global, bridging Chinese research capacity with European institutions.
Why partner with them
What sets them apart
As a top-tier Chinese technical university, TJU offers European consortia direct access to Chinese research infrastructure, talent, and industry connections — a valuable asset for any project requiring a China dimension. Their MSCA track record means they have established processes for researcher exchanges and joint supervision. For consortia needing a credible Chinese partner with broad technical range, TJU is a proven choice with zero coordination overhead.
Notable projects
Highlights from their portfolio
- ZEOBIOCHEMCombines advanced catalysis with sustainability assessment (LCA), running until 2025 — their most recent and thematically rich project.
- DIORTheir newest project (2021-2027) marks a clear pivot into AI and intelligent communications, signalling a new strategic direction.
- MNR4SCellAddresses the highly specialized intersection of nano robotics and cancer biology — single cell manipulation at micro-scale.
Cross-sector capabilities
energyhealthmanufacturingdigital
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