mathematics and applications

The doctoral program in mathematics aims to strengthen the research traditions of our university and increase its visibility at both national and international levels. Built on solid academic foundations, the program seeks to train a select group of competent and dynamic researchers, capable of producing innovative scientific work that benefits society. This program aims to perpetuate a tradition of high-quality research while addressing contemporary needs through innovative mathematical solutions.

Doctoral students specializing in fields such as analysis, algebra, geometry, applied mathematics, and statistics are encouraged to explore the practical applications of these disciplines. They are expected to produce original research that is publishable in leading scientific journals, thus contributing to the advancement of theoretical knowledge and solving complex problems. The research conducted is directed towards practical applications that directly benefit the national industry, such as optimizing production processes and developing new technologies.

Doctoral students apply their mathematical skills to critical public health problems, such as epidemic modeling, and environmental issues, through projects focused on the sustainable management of natural resources. They play a vital role in the development of the digital economy, contributing to the growth of artificial intelligence and big data, positioning our country as a leader in these fields.

The program also encourages the creation of multidisciplinary researchers capable of collaborating with experts from other fields. Doctoral students work with researchers in physics, engineering, economics, and biology, allowing for the development of integrated and innovative solutions to complex challenges. They participate in research projects with a direct impact on the community, such as ecological system modeling, urban infrastructure optimization, and the improvement of educational systems.

Special attention is given to the development of skills in scientific communication and ethics. Doctoral students are trained to present their findings clearly and concisely, write scientific papers, communicate at conferences, and popularize their research for a non-specialist audience. The program also emphasizes the importance of ethics in research, training students in best practices in data management, responsible publishing, and recognizing the contributions of collaborators.

The program places a strong emphasis on the internationalization of research. Doctoral students are encouraged to participate in international research networks, publish in top-tier scientific journals, and establish collaborations with researchers worldwide. They have the opportunity to undertake research stays abroad, fostering knowledge and skill exchanges and creating opportunities for international collaboration.

In summary, the doctoral program in mathematics aims to train high-level researchers who can significantly contribute to the scientific community and the socio-economic development of our country. By focusing on high-quality research, multidisciplinary collaboration, ethics, and internationalization, this program aspires to make our university a globally recognized center of excellence, while contributing to national goals in technological, economic, and social development.