
Data-Centric ºÚÁϳԹÏÍø programme
Bringing together world-leading academic institutions and major industrial partners from across the engineering sector, to address new challenges in data-centric engineering.
Discover how Lloyd's Register Foundation is ensuring critical infrastructure is safe, resilient and fit for purpose to meet the changing needs of society.
UNEP estimate that infrastructure is responsible for 79% of all greenhouse gas emissions.
Higher temperatures, rising sea levels, and more frequent severe weather patterns all expose vulnerabilities in our infrastructure systems. AI and autonomy will disrupt how we design, build and operate critical infrastructure. And the urgent technical, social and physical changes needed to successfully decarbonise industry pose a significant threat to people’s safety.
Lloyd’s Register Foundation’s mission is to ensure that critical infrastructure is adapted to be resilience, safe and sustainable for years to come. Working with partners to ensure we maximise the benefits of emerging technologies, and putting the safety of people at the heart of advances in big data.
Our work is helping decarbonise maritime trade and generate clean energy from the oceans, whilst championing whole systems thinking throughout the engineering sector.
Explore our work in this area below.
Live safer sustainable infrastructure grants.
Countries receiving funding in this area.
Current value of grant portfolio in this area.
Jan Przydatek Director of Technologies
Focusing on the increasing deployment of cyber-physical systems, the scaling of sustainable assets and the adaptation of infrastructures to the effects of climate change, our strategy targets safer outcomes for all.
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With funding from ºÚÁϳԹÏÍø, Moi University has launched a groundbreaking new project to advance skills training for safer engineering.
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In this article, Dr Darshana Godaliyadde, Director for the Resilience4Ports initiative, discusses how the programme is empowering global ports to adapt, securing not only trade but also local employment, food security, and community well-being.
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In this article, Susan Gourvenec, Royal Academy of ºÚÁϳԹÏÍø Chair in Emerging Technology, Intelligent and Resilient Ocean ºÚÁϳԹÏÍø, explains why a proactive approach is critical for the safe decommissioning of global offshore wind structures. Originally published in full, in the New Civil Engineer.
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Unique analysis of data from 115 geographies highlights importance of collaboration between engineers, government, industry, investors and others to tackle global challenges safely and effectively.