RECONECT focuses on ecosystem-based flood risk reduction, and CICERONE addresses circular economy for environmental priorities — both in the environment sector.
NATIONAL CHENG KUNG UNIVERSITY
Major Taiwanese university contributing computational modelling, environmental science, and molecular diagnostics expertise to large European research consortia.
Their core work
National Cheng Kung University (NCKU) is a major Taiwanese research university that brings Asia-Pacific scientific expertise into European research consortia. Their H2020 contributions span environmental risk management, nanomaterials safety modelling, and infectious disease diagnostics — areas where they provide complementary data, regional testing environments, and computational modelling capacity. As a non-EU partner, NCKU typically serves as a bridge for international validation and knowledge exchange, particularly in projects requiring global-scale environmental or health datasets.
What they specialise in
NanoInformaTIX develops QSAR, PBPK, and multi-scale material modelling platforms for engineered nanomaterial risk assessment and safe-by-design approaches.
DIAMONDS develops RNA-based personalised molecular signature diagnosis for febrile illness, running through 2026 — their most recent and longest-running project.
AniAge applied heterogeneous data-based animation techniques for Southeast Asian intangible cultural heritage preservation through MSCA-RISE mobility.
How they've shifted over time
NCKU's early H2020 work (2016–2018) focused on cultural heritage digitisation and environmental risk reduction through nature-based solutions — relatively broad, application-oriented topics. From 2019 onward, their involvement shifted toward computationally intensive domains: nanomaterials informatics with QSAR/PBPK modelling and RNA-based molecular diagnostics. This progression suggests a move from field-demonstration projects toward data-driven modelling and precision science.
NCKU is moving toward data-intensive biomedical and materials modelling, making them an increasingly relevant partner for projects needing computational biology or nanoinformatics expertise from the Asia-Pacific region.
How they like to work
NCKU has never coordinated an H2020 project, consistently joining as a participant or third party — typical for non-EU institutions that contribute specialised expertise without taking on administrative leadership. With 138 unique consortium partners across 33 countries, they integrate into large, diverse consortia rather than small focused teams. This pattern indicates an organisation comfortable operating within complex international projects and willing to adapt to different consortium structures.
NCKU has built an extensive network of 138 partners across 33 countries through just 5 projects, reflecting participation in large-scale consortia. Their reach is genuinely global, connecting European research networks with Asia-Pacific capabilities.
What sets them apart
As one of Taiwan's top research universities, NCKU offers European consortia a credible non-EU partner with access to Asia-Pacific research infrastructure, clinical populations, and environmental data that are difficult to source from within Europe alone. Their versatility across environment, health, and manufacturing sectors is unusual for an international partner, suggesting broad institutional research capacity. For consortium builders needing a strong Asian partner with proven EU project experience, NCKU is a low-risk choice with a track record of completing multi-year commitments.
Highlights from their portfolio
- DIAMONDSTheir most recent project (2020–2026), focused on RNA-based personalised diagnostics for febrile illness — signals a strategic shift toward precision medicine and their longest EU engagement.
- NanoInformaTIXCombines QSAR, PBPK, and systems biology into a nanoinformatics platform for safe-by-design materials — demonstrates NCKU's computational modelling depth.
- RECONECTLarge-scale nature-based solutions demonstration project running 6 years (2018–2024), showing NCKU's capacity for long-term environmental research commitments.