innovation and sustainability
in the Built and Natural
Environment field.
researchers in the CERIS
scientific activities.
> 12 Labs explore complementary
competences and experiences.
and skills development have
been internationally awarded.
Lisbon, one of the most
beautiful cities in the world.
CERIS AT A GLANCE
CERIS – Civil Engineering Research and Innovation for Sustainability – is an FCT-registered research unit operating in the Civil Engineering area. It is hosted by the Department of Civil Engineering, Architecture and Environment (DECivil) of Instituto Superior Técnico (IST), University of Lisbon (ULisboa).
Members
The research staff of CERIS works in diverse and complementarity scientific areas, which offer an engaging and dynamic multidisciplinary environment.
International Students
International students find in CERIS appropriate conditions to their expectations for training and development.
Highlights & Figures 2015-2019
The quality and impact of research activities of CERIS in 2015-19 are summarized here.
Comunication in Science
CERIS integrates the group of Science Communication of Instituto Superior Técnico research units.
Latest News
Pizza Seminar “From Stone to Sensor – Structural Health Monitoring at the Acropolis of Athens”
On 7 January 2026, DECivil hosted a Pizza Seminar titled “From Stone to Sensor: Structural Health Monitoring at the Acropolis of Athens”, delivered by Dr. Elena Kapogianni.
Dr. Kapogianni is a Civil Engineer from the National Technical University of Athens (NTUA), with a PhD in Geotechnical Engineering and extensive international research experience. Her work focuses on the preservation of Cultural Heritage, combining geotechnical and structural approaches with advanced monitoring technologies.
The seminar explored how Structural Health Monitoring (SHM) can support the preservation of culturally significant sites, using the Acropolis of Athens as a case study. Particular attention was given to the implementation of a monitoring system on the Acropolis Circuit Wall using optical fibre sensors, capable of continuously measuring structural response to environmental and seismic loads.
The presentation highlighted the importance of non-invasive sensing technologies, such as Fibre Bragg Grating (FBG) sensors, for detecting early signs of structural changes, as well as the challenges associated with data management and sensor installation in sensitive historic structures.
The session brought together members of the DECivil and CERIS communities, who attended the seminar and reflected on the challenges of preserving cultural heritage structures, as well as on the role of advanced monitoring technologies in supporting informed decision-making and long-term conservation strategies.
Professor Tiago Ferreira Contributes to International Earthquake Reconnaissance Report in Afghanistan
Earthquake damage photo from Kunar province, Afghanistan. Photo credit: Ashoqullah Momand
Professor Tiago Miguel Ferreira, a faculty...
Structural Vulnerability and Damage Scenarios for Risk-Informed Decision Making: Inaugural Lecture by Professor Tiago Ferreira
On 10 February 2026, the Department of Civil Engineering, Architecture and Environment (DECivil) hosted the inaugural lecture of Profes...
Pizza Seminar “Digitalization and automation of buildings’ demolition and recycling. Towards a circular economy in construction.” DISCOVER project
Last month, CERIS hosted a multi-disciplinary team of experts at our Pizza Seminar to present the DISCOVER Horizon project, an ongoing ...
Recently Viewed Products
Thematic Strand 1
Thematic Strand 2
Thematic Strand 3
Thematic Strand 4