Area
natural Sciences
Sub-Discipline
Other Natural Sciences
University of Antofagasta
- City: Antofagasta,
- Commune: Antofagasta,
- Region: Antofagasta Region
goals
General:
To train highly qualified human resources capable of proposing and developing research projects in Astronomy, enabling them to subsequently enter a doctoral program or work at a basic level in scientific research and/or instrument development centers. Theoretical and technical foundations will be taught, developing analytical skills to formulate and solve problems in Astronomy within basic sciences and technological development.
Specifics:
– To provide a solid foundation in General Astronomy.
– To train graduates with research experience in a specific area of Astronomy or one related to Astronomy.
– To provide essential knowledge for a possible specialization of the graduate towards the area of Astroengineering and Astrobiology.
– To provide graduates with fieldwork experience.
– To provide graduates with experience in taking and reducing astronomical data.
Applicant Profile
Anyone holding a Bachelor's degree or equivalent, with training in physical, biological, mathematical, computer sciences, or engineering, at a level and content compatible with the requirements of the Program, may apply to the Master's Program.
Graduate profile
A Master's degree in Astronomy will provide a mastery of current topics in astronomy and their scientific foundations. Graduates will possess specific knowledge in their area of specialization (Observational Astronomy, Astrobiology, or Astroengineering) acquired through the modules and thesis topic they develop. This knowledge will enable them to work at a basic level in various areas of scientific research centers and/or to pursue a doctoral program.
A graduate of the Master's in Astronomy will be able to:
•Use a set of observation techniques, data reduction and international databases and manipulate astronomical instruments (telescopes, CCD cameras, etc.)
• To propose and implement methods and techniques in support of basic research in the academic field.
•Communicate efficiently with qualified engineering professionals, delivering appropriate requirements.
• Deduce and use solutions derived from knowledge of Astronomy, Engineering and Biology and their scientific bases.
• Use, manipulate, and create computer systems for the benefit of your research.
• To work efficiently on scientific projects or in complex and multidisciplinary environments, with the ability to study for life.
• Write theses, reports, projects and publications at a standard professional level with a presentation quality equivalent to publishable works and make your work known to an audience made up of your peers.
Lines of investigation
The academic program is based on the following lines of research:
Observational Astronomy: This refers to the investigation of celestial phenomena through observation using specialized instruments and techniques. Our group's specific areas of focus within observational astronomy are: star clusters, variable stars, galaxies, substellar objects and low-mass stars, and extrasolar planets. This is achieved using diverse techniques (photometry, spectroscopy, polarimetry, interferometry, among others) across a wide range of wavelengths.
– Astroengineering: Astroengineering is dedicated to solving astronomical problems using engineering resources. Our group's research in this area focuses on the development of automatic data reduction systems, the development of automatic control systems, and the design and maintenance of components for CCD cameras, mounts, and optical systems.
– Astrobiology: Astrobiology is a discipline that combines astrophysics, biology, and geology to study the existence, origin, presence, and influence of life in the Universe. Our group's specific lines of astrobiology research include: desert and highland microbiology, applied microbiology in extreme environments, and adaptations of organisms to extreme and analogous environments.
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