
CIVILis is a multidisciplinary research center that brings together more than 80 faculty members from 11 research groups at UPM’s School of Civil Engineering (ETSI Caminos, Canales y Puertos). Its goal is to advance research, development, and innovation in civil engineering by integrating innovative approaches such as artificial intelligence, machine learning, and sustainability in infrastructure.
CIVILis’s mission is to become a strategic research, development, and innovation center that promotes smart and sustainable civil engineering, aligned with the challenges of climate change and the energy transition. Its vision is that the major challenges in sustainable infrastructure can only be addressed from multidisciplinary and interdisciplinary perspectives, fostering collaboration among diverse academic research groups, engineering and construction companies, public authorities, and civil society.
Beyond its academic mission, CIVILis is building a strong track record in technology transfer and consulting for civil engineering. We offer highly specialised services that combine rigorous experimental testing and prototyping in our laboratories with advanced modelling and simulation—up to full digital-twin workflows—to de-risk designs, optimise assets, and accelerate innovation. If you’re a company looking to tackle your most challenging problems in civil and environmental engineering, or to drive your energy-transition projects forward, talk to us about how we can help.

Research Spotlight
October 2025

Designing Resilient Water Systems for a Changing World: Spotlight on Prof. Luis Garrote
Prof. Luis Garrote, Full Professor of Hydraulic Engineering at the Universidad Politécnica de Madrid (UPM), is a leading voice in sustainable water management and climate change adaptation. His work addresses the Mediterranean basin—one of the regions most exposed to climate change—where rising temperatures, declining rainfall, and recurrent droughts threaten water security, ecosystems, and economies. As head of the Hydroinformatics and Water Management Group, Prof. Garrote combines advanced modeling, climate science, and decision-support tools to help society anticipate and adapt to these risks. By bridging cutting-edge science and practical policy design, Prof. Garrote has built a body of work that empowers decision-makers to act decisively in the face of growing climate pressures on water resources.
Explore Prof. Garrote’s work on Hydrology, Water Resources and Climate Change

News & Events

Oleaje, developed by UPM students, won the Samsung National AI Prize. The tool uses LSTM models to forecast coastal wave conditions up to 60 hours ahead to support early warnings that protect infrastructure and lives. Dr. Nerea Portillo Juan co-developed and shaped the project from her PhD work in maritime climate.
September 18, 2025

PhD defense of Prof. Javier Vaca Cabrero: “Development of sustainable ports through the Blue Economy and the use of emerging technology tools”. Advisor: Prof. Alberto Camarero Orive. Sala Torres Quevedo @ Caminos UPM. 12/09/2025, 11h
September 12, 2025

CIVILis Researchers Develop a Tool to Plan Sustainable Park-and-Ride Networks
The method, designed by experts led by Prof. Belén Muñoz, increases potential parking locations using economic, social, functional, and environmental criteria. The study was recently published in the Journal of Civil Engineering and Management.
June 20, 2025

Prof. Hector Gómez, from Purdue University, gives a Distinguished Speaker Lecture at Caminos UPM
February 3, 2025

Prof. Ruben Juanes, from MIT, gives the InterPore Kimberly-Clark Distinguished Lecture at Caminos UPM
April 15, 2024

Hydrology and climate change in civil engineering

Applied geology, hydrogeology and hydrogeochemistry

Public works heritage and sustainability

Safety and monitoring of hydraulic infrastructure

Testing, monitoring and advanced numerical analysis of structures

Geotechnical engineering and rock mechanics

Advanced geomatics, air quality and carbon footprint

Economics and finance for sustainable infrastructure

Hydropower and energy transition

Coastal engineering and sustainable port infrastructure

Wastewater treatment and microbiology

Environmental fluid mechanics and subsurface modeling

Flood forecasting and hydroclimatic extremes

Computational mechanics of fluids, solids and structures

Materials Technology and Environment

Digitalization for Sustainable Port and Maritime Logistics

The CIVILis team
A multidisciplinary approach to sustainable infrastructure

Technology services and consulting
Bridging science and expert solutions to tackle your engineering challenges
