REMIND project (2018–2024) focused on renewable energy sources and membrane science applied to water reuse in mining industries — a domain where Chile has direct industrial relevance.
UNIVERSIDAD ADOLFO IBANEZ
Chilean university with EU research links in mining water treatment, circular economy, and AI-driven maker culture.
Their core work
Universidad Adolfo Ibáñez is a Chilean private university based in Santiago with research groups spanning environmental engineering and creative/digital innovation. Their H2020 participation shows two distinct research tracks: renewable energy applications in mining water treatment (highly relevant to Chile's mining-heavy economy), and circular economy enabled by maker culture, AI-driven design, and 3D printing. In both cases they joined as third parties in MSCA-RISE staff exchange projects, meaning they contribute through researcher mobility — hosting incoming European scientists or sending their own staff to European labs. Their value to international consortia is access to Latin American research contexts, particularly industrial-scale water challenges and emerging creative economy ecosystems.
What they specialise in
RRREMAKER project (2021–2025) involved AI-based platforms for scalable maker culture within circular economy frameworks, covering generative design, 3D printing, and craft-based production.
RRREMAKER keywords include generative design and 3D printing, suggesting design computing or digital manufacturing capabilities within the university.
RRREMAKER explicitly addresses the orange economy and creative economy, signalling engagement with culture-driven economic development frameworks gaining traction in Latin America.
How they've shifted over time
In the earlier project (REMIND, starting 2018), UAI was engaged in hard engineering territory — membrane science and renewable energy applied to mining water treatment, topics with direct industrial urgency in Chile. By the time RRREMAKER launched in 2021, the focus had shifted entirely to creative and digital production: maker culture, generative design, 3D printing, and the orange economy. These are not adjacent fields, which suggests either different research groups within the university contributed to each project, or the institution is actively broadening its EU collaboration portfolio into innovation management and design. The shift mirrors a broader Latin American policy push toward creative economy development.
UAI appears to be moving toward digital fabrication, creative economy, and circular production systems, while retaining legacy environmental engineering capacity — making them a potentially useful bridge partner for EU projects needing Latin American reach in either domain.
How they like to work
UAI has participated exclusively as a third party in MSCA-RISE projects, meaning their role is defined by researcher exchange rather than project leadership or active technical delivery. They do not appear to have coordinated any H2020 projects. With 24 unique partners across 10 countries from just two projects, they are embedded in mid-to-large consortia, suggesting they are sought out for geographic or thematic diversity rather than as a core technical partner. Working with them likely means facilitating staff secondments to or from Santiago rather than a traditional subcontractor relationship.
Despite only two projects, UAI has connected with 24 distinct partner organizations across 10 countries — an unusually broad network for such a small portfolio, characteristic of MSCA-RISE consortia which tend to be large and geographically diverse. Their network spans Europe and likely includes several Latin American institutions given the MSCA-RISE cross-continent structure.
What sets them apart
UAI is one of very few Latin American universities present in the H2020 data, which immediately makes them distinctive as a gateway to Chilean and broader South American research ecosystems. For any EU consortium that needs to demonstrate global reach, include Latin American partners, or access Chile's mining/water/energy sector, UAI offers a credible academic anchor. Their dual presence in both environmental engineering and creative economy also means they can serve different consortium needs depending on which internal research group is engaged.
Highlights from their portfolio
- REMINDA technically ambitious water-energy-mining nexus project running six years (2018–2024), directly relevant to Chile's mining industry — UAI's participation here signals real-world industrial relevance beyond typical academic research.
- RRREMAKERAn AI-driven circular economy platform combining maker culture, generative design, and 3D printing — notable for its breadth and for running through 2025, making it UAI's most current EU engagement.