Area
natural Sciences
Sub-Discipline
Math
University of Antofagasta
- City: Antofagasta,
- Commune: Antofagasta,
- Region: Antofagasta Region
goals
The objective of the Industrial Statistics Mention is:
To provide the graduate with a high level of professional specialization, for their efficient performance in the formulation and implementation of statistical models for the development of new techniques and methodologies for solving problems inherent to the industrial field.
The objective of the Applied Mathematics Mention is:
To deliver a high level of professional specialization, for the efficient performance in the formulation and implementation of mathematical models that contribute to the development of new techniques and methodologies inherent to the industry.
Applicant Profile
Anyone with a professional title or an Academic Degree, or equivalent in the case of foreigners, with mathematical or statistical training compatible with the requirements of the Program, whose level and content are sufficient to obtain an academic degree, may apply to the Program.
Graduate profile
Graduates of the Master of Science Program with a specialization in Industrial Statistics are qualified to:
-Create or adapt statistical models that contribute to solving problems in the industrial field.
-Interact in multidisciplinary groups, exchanging knowledge about statistical models and their industrial applications.
-To work in university academia.
Graduates of the Master of Science Program with a specialization in Applied Mathematics are qualified to:
– Create or adapt mathematical models that contribute to solving problems related to the industrial field.
-Interact in multidisciplinary groups, exchanging knowledge about mathematical models and their industrial applications.
– To work in university academia.
Lines of investigation
1) Industrial Statistics
This research area features an important and well-established theme: "Theory of Distributions and Applications." It focuses on constructing and developing new statistical models, as well as extending and modifying existing models for analysis and application in various fields of knowledge.
2) Applied Mathematics
This line of research focuses on the following topics: Lie Algebras, which involves studying Lie algebras, their representations, and some applications in other areas of mathematics and physics. A second topic is Partial Differential Equations, which studies the mathematical formulation of problems based on typical physical processes, the rigorous exposition of the solution, and the physical interpretation of the results obtained. The third topic is Spectral Graph Theory, which studies the spectral and topological characteristics of matrices, graphs, and applications modeled using matrices and/or graphs. Finally, Inverse Problems, which studies inverse problems of eigenvalues and elementary divisors for non-negative matrices and their applications.
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