The success of most companies today lies in the large amount of data that are possessed, so questions like what do these companies do with the data? Or how do they transform them into valuable information to grow their business? They are understood in the academic offer of the Master in Data Sciences and Analytical of the Eafit University.

Program vertices:

Great volumes of information

Mathematics for data modeling

Statistics for analysis and decision making

Communication of results

The mastery in applied mathematics, provides from mathematical knowledge, to the scientific and technological development of the country through research in its different stages, types and processes: scientific research, applied research, innovations and technological development activities.
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Understanding the past to inform the present and predict the future constitutes the fundamental challenge of Earth's sciences, a group of scientific disciplines that study the earth system to give lights on phenomena as crucial as climate change, the variation of the water system, the sixth mass extinction and the movements of the earth's crust.

In a world full of environmental challenges, in health, food, these magístres address problems related to improving the quality of human beings, addressing species conservation, water, soil and air pollution, the availability of more and better foods, the invention of better health treatments; devising solutions through biotechnology, molecular biology, computational biology, biological chemistry and innovation. They contribute to mitigate climate change, analyzing the disappearance of species and ecosystem dynamics.

A Doctor of Mathematical Engineering combines mathematics and engineering to create innovative solutions in areas such as artificial intelligence, resource optimization, and the modeling of complex phenomena. These advances address challenges in sectors such as banking, energy, technology, industry, and academia.

The doctorate in Earth Sciences seeks to form exceptional scientists who can develop their careers in the academy, government and private are asked, asking and answering questions related to the earth system especially in tropical areas and in northern South America. The lines of research comprise: stratigraphy, geoconservation, structural geology, coastal geomorphology, hydrogeology, environmental oceanography, paleontology and tectono-magmatism.

Here you will learn to use the scientific method to understand living beings deeply, to study biodiversity patterns. Studying biology in one of the most biodiverse countries in the world is a privilege: in EAFIT we use these areas as a great laboratory. When we think of races of the future, Biology is one of them. Society urgently demands professionals who know the needs of the planet and contribute to the improvement of the processes that minimize the impact of activities related to the environment and their sustainability.

Here you will learn to develop computer systems. It is not exaggerated to say that the computing has been permeated almost everything, and this enhances the field of systems engineer. Today there is not a single business that does not use information technologies, and that is that computational solutions have come to make life easier. For this reason, opportunities are equally extensive in terms of innovation, generation of new ideas and in general of creation.

Here you will learn to make agricultural systems more productive. If something needed the world in the near future, they are food, raw materials (cotton, wood, others ...), ecosystem services. The populations grow, the cities expand and everything becomes scarce, even if the needs are greater. When we talk about races of the future, this is one of them: the correct agronomic management of the field will depend our survival as a species and the well -being of future generations.  

Here you will learn from physics and mathematics applied to conceive products and services with a high technological level, in order to read and anticipate the future of a changing world. In this program, physical sciences are combined with engineering skills and tools and the result is a profile that allows you to address problems from different areas, such as nanotechnology, aerospace industry, bioengineering, through advanced computing.