Portugal's national civil engineering lab specializing in water resource management, climate adaptation, seismic resilience, and heritage conservation research infrastructure.
LNEC is Portugal's national civil engineering research laboratory, with deep expertise in water management, hydraulic infrastructure, structural engineering, and heritage conservation. They develop practical engineering solutions for climate adaptation — from managing aquifer recharge and urban water resilience to seismic hazard assessment and building energy efficiency. Beyond traditional civil engineering, they operate major experimental facilities (hydraulic labs, seismic testing) and contribute to European open science cloud infrastructure, making their research data and computing resources accessible across borders.
Coordinated BINGO (largest grant, EUR 1.45M) on water management under climate change, plus PIANO, B-WaterSmart, MARSoluT, LIS-Water, RESCCUE, and WADI all focus on water scarcity, drought, and urban water resilience.
Participated in USE-IT, FOX, SaferAfrica (EU-Africa road safety dialogue), BE OPEN, MOVING TOGETHER, and TRA VISIONS 2022 spanning open infrastructure, safety management, and transport research coordination.
Contributed to IPERION CH, E-RIHS PP, IPERION HS, and 4CH — covering research infrastructure for heritage diagnostics, conservation competence centres, and heritage science platforms.
Participated in EOSC-hub, EOSC-synergy, EGI-ACE, and ARIADNEplus, contributing to European Open Science Cloud services, federated cloud computing, and archaeological data infrastructure.
Contributed to SERA (revision of European Seismic Hazard model for Eurocode 8) and HYDRALAB-PLUS (climate adaptation testing facilities).
Participated in GELCLAD (nano-insulation cladding panels, EUR 669K) and NANOGUARD2AR (nanomaterials for indoor air quality).
In the early H2020 period (2015–2018), LNEC focused on physical infrastructure — hydraulic engineering facilities, transport safety, heritage conservation equipment, and water leak detection using remote sensing. From 2019 onward, their work shifted toward digital infrastructure and data-driven approaches: European Open Science Cloud services, federated computing platforms, archaeological data networks, and smart water governance with living labs. The pivot from hardware-centric civil engineering toward data services and climate-smart water systems is unmistakable.
LNEC is evolving from a traditional civil engineering lab into a digitally-connected research hub that combines physical testing infrastructure with open science data services, especially around water and climate resilience.
LNEC is overwhelmingly a consortium participant (21 of 26 projects), taking on specialist contributor roles rather than leading. They coordinated only twice — both water-related projects where they had clear domain authority. With 458 unique partners across 52 countries, they operate as a well-connected node in very large European consortia (many CSA and RIA projects with 10+ partners), making them easy to integrate into new proposals and reliable as a partner who delivers without seeking the lead.
Exceptionally broad network spanning 458 unique partners across 52 countries, reflecting participation in large coordination and support actions. Their reach extends well beyond Europe into Africa (SaferAfrica, PIANO) and globally through open science infrastructure projects.
LNEC is one of very few organizations that bridges physical civil engineering testing (hydraulic labs, seismic facilities) with digital research infrastructure (EOSC, EGI federation). This dual capability means they can both generate experimental data and make it FAIR-compliant and accessible through European cloud platforms. For consortium builders, they bring a rare combination: a 75+ year national laboratory's credibility and facilities, plus hands-on experience with open science data management across multiple domains.
