Publication of results: December 2026

Avanza UC is a project of the UC 2026–2030 Strategic Plan that seeks to promote discovery, creation, and innovation projects.
Through interdisciplinary collaboration and engagement with national and international stakeholders, it contributes to expanding the frontiers of knowledge and providing solutions to the major challenges facing the country and the world.
Avanza UC is a flexible fund that promotes bold discovery, creation, and innovation projects led by University faculty, with impact and in alignment with the major challenges of the country and the world.
It seeks to promote projects that:
“Our faculty members must explore new areas, connect with international researchers, and open pathways. The knowledge that transforms the world is not born from repeating what we already know, but from daring to think differently. Avanza UC was born with that conviction.”
Juan Carlos de la Llera
Rector, Pontificia Universidad Católica de Chile
The following institutions have expressed their willingness to collaborate with Avanza UC projects, providing various resources and opportunities to strengthen national and international research and collaboration.
(*) This list will be updated periodically as new institutions join.
Contact
Contact
Institutional support
(*) Review the guidelines and all requirements at investigacion.uc.cl
Frequently asked questions here
Application tutorial here
You are a UC regular or special faculty member with at least 33 hours per week.
You have a bold discovery, creation, or innovation proposal that addresses relevant challenges for Chile and the world and contributes to expanding the frontiers of knowledge.
Your proposal strengthens national and international collaboration networks.
Avanza UC projects can be developed in the following areas:
Fundamental research and creation
Applied research and development
Arts and humanities
Sciences and technologies
If you are a University faculty member and your project
has potential for Avanza UC, then:
Check the technical specifications and competition requirements at investigacion.uc.cl.
Review all the Frequently Asked Questions for the 2026 call.
Publication of guidelines
June 30, 2026
Application opening
July 31, 2026
Application deadline
September 30, 2026
Publication of results
Late December
In its 2025 version, the awarded projects corresponded to research and creation initiatives covering all areas of knowledge: Natural Sciences, Engineering and Technology, Medical and Health Sciences, Agricultural Sciences, Social Sciences, and Humanities and Arts.
Submitted projects
Awarded projects
Proposals with international collaboration
Interdisciplinary projects
Transdisciplinary projects
Proposals to be executed in regions
Maximum amount awarded per project
This is how the participation of the different Academic Units in the projects awarded by Avanza UC 2025.
The area of each block is proportional to the number of awarded projects. Hover over each block to see the details.
Learn more about the impact of Avanza:
The project, led by Martina Yopo Díaz, from the UC Institute of Sociology, seeks to study the gap between the number of children people want to have and the number they actually have in Southern Cone countries, with special attention to Chile. The research seeks to identify the conditions and obstacles faced by younger generations in forming the families they want. Its results will make it possible to generate scientific evidence to understand low fertility and contribute to the development of public policies.
Led by Mahsa Allahbakhshi, from the Faculty of Mathematics, along with Francisca Ubilla Manríquez, from the Faculty of Education, it uses artificial intelligence to strengthen the training of future Mathematics teachers, through a pedagogical model that allows them to practice teaching decisions, receive feedback, and reflect on their practice before facing a real classroom.
Led by Manuel Gárate Chateau, from the Institute of History, together with Andrés Kalawski Isla, from the School of Theater, it seeks to transform Santiago into an open-air museum through a free application that combines history, sound, and geolocation to recover the heritage of old cinemas and theaters, inviting people to discover the stories of the city as they walk its streets.
The project, led by Patricio de la Cuadra Banderas from the Institute of Music, together with Luis Antonio Prato Escárate from the School of Art, combines acoustics, physics, and artistic creation to develop new musical instruments, exploring different geometries, materials, and woods from Latin America from a scientific and cultural perspective.
Learn how this project, led by Mónica Antilén from the School of Chemistry, together with María Cristina Ravanal from the Faculty of Agronomy and Natural Systems, seeks to regenerate saline soils in northern Chile through biofertilizers, solar energy, and fog water.
Learn how this project, led by José Luis Almazán, academic director of CIM UC – CENAMAD, seeks to develop safer mass timber buildings against earthquakes and fires through seismic isolation and fire-resistant connectors.
This project, led by Pedro Alonso, from the School of Architecture, together with Rodrigo Escobar, from the School of Engineering, seeks to develop a sustainable research laboratory at the Alto Patache Fog Oasis (Tarapacá Region), integrating biogenic facades, fog catchers, solar energy, and a greenhouse.
The research led by Jenniffer Angulo, from the School of Medicine, together with Andreas Schuller, from the Faculty of Biological Sciences, uses artificial intelligence and computational tools to identify compounds with potential antiviral function against the Andes virus.
Learn how this project, led by Jorge Campusano and Evelyn Avilés from the Faculty of Biological Sciences, seeks to identify new biomarkers through spatial transcriptomics to understand the molecular mechanisms of obsessive-compulsive disorder and open new opportunities for its diagnosis and treatment.
This project, led by Ariel Lara from College UC, studies how different brain regions coordinate social memory, integrating neuroscience, artificial intelligence, and computational analysis to understand this function and its relationship with neuropsychiatric disorders.
Digital twins, led by Francisco Sahli Costabal from the School of Engineering and Guillermo Larios Goldenberg from the School of Medicine, uses artificial intelligence and ultrasound to develop digital twins of the infant heart to enable early detection of heart damage associated with obesity.
The research led by Jenniffer Angulo from the Faculty of Medicine and Andreas Peter Schuller from the Faculty of Biological Sciences combines artificial intelligence and virology to identify molecules capable of blocking Andes hantavirus infection and advance towards future antiviral treatments.
Learn about this research, led by Faculty of Arts professor Miguel Farías, which explores new ways of understanding Latin American identity through literature, music, and sound experimentation from an interdisciplinary perspective.
Discover how this project, led by Faculty of Social Sciences professor Andrea Canales, studies the impact of information on decisions regarding access to higher education, providing evidence to strengthen more equitable public policies.
Learn how this project, led by Faculty of Chemistry and Pharmacy professor Mónica Antilén, transforms organic waste into biofertilizers to recover degraded soils through a sustainable model that integrates circular economy, solar energy, and interdisciplinary collaboration.
For questions or inquiries, contact the Research Directorate of the Vice-Rectorate for Research and Graduate Studies.