Alianzas para Lograr los Objetivos

Civil Engineering students from FICT–ESPOL carried out a technical visit to major urban road projects in Guayaquil as part of the course Installations, strengthening their practical learning through direct observation of construction processes, project management, and the impact of engineering on mobility and sustainable urban development.

FICT-ESPOL students participated in an experimental class at the Holcim Innovation Center, where they performed concrete quality control tests and analyzed technical and environmental criteria in mix design, strengthening their hands-on training and focus on sustainability.

FICT–ESPOL researchers conducted a field trip to the Minas San Francisco Power Plant to carry out geoelectrical studies focused on subsurface characterization and geotechnical risk management. During the visit, electrical resistivity tomography (ERT) tests and vertical electrical soundings (VES) were performed. The results will provide key information for technical decision-making, water seepage control, and the safety of the energy infrastructure.

FICT researchers from ESPOL presented the results of the Specific Geophysics Agreement to CELEC-SUR in Cuenca, during the seminar commemorating the 15th anniversary of the Mazar Hydroelectric Power Plant. The presentation detailed the application of geoelectrical studies in unstable zones, highlighting their contribution to safety, planning, and risk reduction for the country's strategic hydroelectric infrastructure.

FICT-ESPOL and Corporación Agua para Todos are strengthening their strategic alliance to implement advanced water treatment technologies, bridging the gap between academic scientific rigor and the corporate sector's operational needs. This partnership not only drives sustainable solutions for water access in communities (SDGs 6 and 17) but also transforms our students' education by allowing them to apply their knowledge in real-world scenarios, enhancing their technical judgment and social responsibility before graduation.

Aquí tienes la traducción al inglés, manteniendo el tono profesional y resaltando el logro del estudiante: "Demian Román Abad, a Civil Engineering student at FICT-ESPOL, made history by becoming the first student nationwide to receive the Academic Excellence Recognition from the Holcim Academy. With a perfect score of 10/10 in the program's seventh cohort, Demian stands out as a benchmark for elite training at ESPOL—a pioneer institution of this alliance that seeks to empower young talent and bridge the gap between academic rigor and the sustainability demands of the global industry.

FICT-ESPOL will co-lead the international STARS project, funded by the Erasmus+ program, to strengthen disaster prevention in South America through the use of Geospatial Artificial Intelligence, GIS, and satellite data. Led by Dr. Andrés Velástegui in partnership with universities from Portugal, Sweden, and Colombia, this initiative will modernize laboratories and develop academic capacities aligned with the SDGs for innovation and sustainable cities.

FICT-ESPOL hosted Dr. Marisa Giuffrida, a researcher from the University of Catania (Italy), for a scientific stay focused on the mineralogical study of rocks on Santa Cruz Island, Galapagos. This collaboration, carried out under the Climred and Peligal projects alongside Dr. Maurizio Mulas' team, seeks to decipher the geological origin of the archipelago. In addition to the scientific contributions, this alliance with the University of Catania —the oldest in Sicily— strengthens the Faculty's internationalization, paving the way for future exchange programs for students and researchers.

The Holcim Academy 2025 – II PAO successfully concluded after three months of hands-on training in concrete technology, solidifying the long-standing strategic alliance between Holcim and ESPOL. This academy-industry partnership boosted technical knowledge transfer and professional skill development for engineering students, preparing them with high standards of sustainability and efficiency to meet the current challenges of the country's construction sector.

This study, published in ACS Sustainable Resource Management (2025) by researchers from ESPOL in collaboration with Ghent University and FujiFilm, demonstrates that the use of elevated temperatures and homogeneous bipolar membranes significantly optimizes seawater acidification via electrodialysis, facilitating a faster and more efficient CO₂ extraction as a key strategy to mitigate climate change.