In terms of instruments, the University participates in Anillo (7) projects, which strengthen inter-university networks in strategic areas; Millennium Nuclei (5) and a Millennium Institute, which promote scientific excellence in priority areas for the country; in addition to a Basal Fund and international collaborations with China, focused on innovation in precision agriculture and satellite remote sensing.
Our University leads cutting-edge scientific projects that connect international research with local challenges, positioning the Maule region as a region of innovation and knowledge transfer at the service of sustainable development.
The following stand out in the 2019-2025 period:
In the field of Biotechnology and Agroindustry, it seeks to valorize fruit waste to generate new functional food products.
In the area of Climate Change and Ecology, she studies the atmospheric transport of pollutants and microorganisms to Antarctica and their impact on ecosystems.
Focused on identifying molecular mechanisms of resilience to water stress in forest areas.
Develops clean technologies adapted to southern regions experiencing climate crisis.
Implements high-throughput field phenotyping platforms to accelerate crop genetic improvement in the face of drought.
It integrates psychology, neuroscience, and education to understand how socio-affective and neural factors influence learning, providing scientific evidence to transform teaching practice and the country's educational policies.
The leadership of the UTalca These seven highly complex projects reflect an institutional strategy that links research excellence with public commitment, simultaneously contributing to productivity, environmental sustainability and social well-being in the Region of Maule.
Between 2019 and 2025 in various research areas.
Promotes scientific and technological research that leads to new knowledge or intended applications of a working hypothesis.
It promotes and strengthens the development of scientific and technological research by promoting new researchers.
It stimulates productivity and scientific leadership in people newly entering research and holding a doctoral degree.
The University of Talca's grants focus on Engineering and Technology, Natural Sciences, and Medical and Health Sciences, with the Humanities, Arts, and Social Sciences increasingly being incorporated as areas of particular relevance in addressing the country's challenges.
These disciplines converge with the axes prioritized by ANID: energy transition and climate change (power electronics, advanced materials, hydrology and modeling), health and biotechnology (nanotechnology, diagnostic and therapeutic biomaterials), sustainable agri-food (plant genetics and physiology, resilience to abiotic stresses, crop health), and digital transformation (optimization, scientific computing, and artificial intelligence).
The institutional contribution to cutting-edge research is manifested both in the development of scientific and technological methodologies and prototypes—from the simulation of complex systems to high-performance functional materials—and in the generation of new critical and creative approaches that enhance the understanding of social, cultural, and environmental phenomena.
In terms of impact, the results strengthen regional and national capacities by improving the productivity and sustainability of strategic sectors, fostering ethical, cultural, and social reflection on science, supporting the development of advanced human capital, and providing evidence for public policies.
For the period 2018–2024, the per capita productivity of the University of Talca shows an upward trajectory until 2021 and then a stabilization phase. The Pub/JCE indicator grows from 0,90 (2018) to a maximum of 1,36 (2021), and remains at levels ≥1,0 during 2019–2024 (1,02; 1,07; 1,36; 1,24; 1,07; 1,16), with a recovery in 2024 compared to 2023.
This trend occurs in a context of increasing publication volume (473 → 725) and moderate expansion of the JCE (525,4 → 626,8). In terms of quality, the Top 10% of publications grow from 73 (15,4%) in 2018 to 198 (27,3%) in 2024, and the JCE/D1 indicator rises from 0,139 to 0,316 over the same period, suggesting a greater concentration of performance in high-performing groups, sustained progress in the quality of publications, and an increase in international collaboration in scientific production.