Participants learned how to integrate the tool into their institutional protocols, both in the prevention and emergency response phases, within the framework of Peru’s National Disaster Risk Management System (SINAGERD). Valuable feedback was also collected to support continued improvement of the platform.
SEIDAS (Integrated Expert System for Earthquake Damage Assessment) is a tool developed through Peru–Japan cooperation that enables rapid damage estimation after an earthquake and supports decision-making in risk scenarios.











Using scale models and visual materials, the team helped illustrate how these phenomena affect our cities, emphasizing the importance of preparedness and timely response.
CISMID also welcomed visits from academic institutions interested in learning more about the scientific and technological research being developed. These exchanges offered valuable opportunities to discuss the project’s contributions and strengthen connections with students and faculty committed to building a culture of prevention.





During the visit, they presented progress in the evaluation of tsunami hazard, exposure, and risk. The importance of high-resolution bathymetry and topography was emphasized as essential for improving the accuracy of tsunami simulation scenarios.
DHN plays a strategic role in this collaborative effort, working jointly on scientific research initiatives aimed at strengthening disaster risk management in the country.







During their stay, accompanied by specialists from CEOIS, they conducted inspections of seismic sensors installed at the Las Palmas Air Base of the Peruvian Air Force and the National Rehabilitation Institute “Dra. Adriana Rebaza Flores” AMISTAD PERÚ–JAPÓN.
They also met with the Rector of the National University of Engineering, Dr. Alfonso López Chau, who reaffirmed the university’s interest and support for continued collaboration with the Japanese research team.
These actions reflect a shared commitment to more effective risk management and a safer Peru.







Participants learned how the system estimates and observes data before and after an earthquake, enabling early detection of structural damage. This information is essential for decision-making, such as defining evacuation routes and assessing the safety of key infrastructure like schools, hospitals, bridges, and reservoirs.
The workshop was led by Group 4 (G4) of the project and included Dr. Carlos Zavala and Dr. Koichi Kusunoki, as well as researchers Dr. Miguel Díaz and Eng. Ítalo Inocente, who shared technical insights and answered participants’ questions.
This activity is part of ongoing efforts to strengthen disaster preparedness and promote the use of science-based tools in local response strategies. Special thanks to the Municipality of Chorrillos for its support in hosting the event.
























As part of the SATREPS 2021–2026 project, the Peru-Japan Center for Earthquake Engineering Research and Disaster Mitigation (CISMID–FIC–UNI) led the installation of the first seismic observation system on an urban transport infrastructure in Lima: the pedestrian bridge at the Matellini station of the Metropolitano. This achievement was made possible through the cooperation agreement between the National University of Engineering (UNI) and the Urban Transport Authority for Lima and Callao (ATU).
Three acceleration sensors have been installed to monitor the structural health of the bridge in real time. This system records vibrations, detects potential damage after a seismic event, and evaluates the structure’s usability—ensuring the safety of the thousands of people who use this route daily.
The system’s official presentation, held on December 15, brought together authorities and experts, including ATU’s Executive President, Lic. David Hernández; Dr. Koichi Kusunoki, SATREPS Project Leader for Japan and professor at the Earthquake Research Institute of the University of Tokyo; and Dr. Carlos Zavala, SATREPS Project Leader for Peru, along with researchers from CISMID.
During the event, Dr. Kusunoki emphasized the importance of damage detection systems:
“We can never know exactly what kind of damage will occur after an earthquake. That’s why agreements like the one between ATU and UNI are essential for developing research focused on damage detection.”
Lic. Hernández highlighted the value of this technology for decision-making:
“We often see that infrastructure remains standing after an earthquake, but we don’t know whether it’s still safe to use. This kind of evaluation is critical—it allows us to make evidence-based decisions.”
Dr. Zavala noted that this cooperation enables institutions like ATU not only to implement monitoring systems on their infrastructure but also to receive technical support to expand these solutions to other critical structures across the city.
This initiative is part of the work conducted by Group 2B of the SATREPS project, led by Eng. Jorge Gallardo, which focuses on lifeline infrastructure such as bridges, road networks, and water and sanitation systems.
Next steps include the installation of an accelerograph at the Plaza de Flores station, and further expansion of seismic monitoring systems to other key locations along the Metropolitano—building a resilient observation network for Lima’s vital infrastructure.
]]>These types of initiatives help bridge research and innovation, bringing science closer to society.




During the meetings, researchers from CISMID presented the progress of their scientific research, highlighting their contributions in seismic hazard analysis, the generation of predictive scenarios for earthquakes and tsunamis, and the improvement of damage estimation capabilities.
Dr. Villafuerte expressed his commitment to the project and emphasized the importance of technical contributions in developing concrete solutions for the benefit of the population in the areas covered by the project: Villa El Salvador, Villa María del Triunfo, San Juan de Miraflores, Lurín, Chorrillos, and Surco.







During their visit, they toured the Structural and Geotechnical Laboratories, as well as the Center for Awareness and Learning on Earthquakes and Tsunamis (CESATT) and the Center for Observation for Earthquake Engineering (CEOIS).
The visit concluded with a meeting with CISMID researchers, during which they provided recommendations regarding the development of activities under the SATREPS 2021–2026 project.










