In the world, and specifically in Colombia, we face great challenges in terms of road infrastructure due to the topographic complexity of the terrain, due to its wide range of climates, ecosystems and reliefs; Road management and an existing deficient infrastructure. Specialists in Road Design and Pavement Engineering are trained in the design, planning and execution of quality projects to respond to the inherent problems of road infrastructure.

Learning to design mechatronic products is the objective of this specialization. Mechanical, electronic, electrical and systems engineering are found with design methodologies that produce solutions for all industry sectors. 

through active learning, which is based on projects and challenges and results in real applications, engineers of all branches can immerse themselves in the exploration of new technologies, the search for efficiency or innovation, for their work areas. 

If you have an engineering problem in your company or your daily professional activity, this is the postgraduate program that will allow you to find a solution. The professors of the School of Applied Sciences and Engineering of the EAFIT University will be willing to accompany you in the solution of professional difficulties, relying on the latest technological advances and knowing how to have been built in more than thirty years of experience that the program carries. 

If you feel curious to understand natural phenomena and you have a specific interest in acquiring a scientific-practical view focused on physics to solve problems of the industrial sector or dedicate yourself to research, this mastery offers you the knowledge in the development of specific technologies, tools and solutions, and in turn, they will teach you to solve problems of fundamental physics and science.

address complex processes and projects, in urban and territorial contexts, in emerging, informal, conflict and emergency areas, from architecture, urbanism, landscape, dealing with the environmental dimension, public management and social component, is the premise of the Master in Urban and Environmental Processes of the Eafit University.

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. Results

The mastery in applied mathematics, contributes 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.

The program seeks The School of Applied Sciences and Engineering and the participation of professors from other national and international universities, will strengthen the dynamics of scientific and technological development of the region and the country.

Understand 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 cortex.

In a world full of environmental challenges, in health, food, these magístres address problems related to improving the quality of the lives of human beings, addressing the conservation of species, the pollution of water, soil and air, 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 phenomena modeling. These advances address challenges in sectors such as banking, energy, technology, industry and academia. It attracts those who want to apply complex mathematical theories to practical problems, promoting innovations in sectors such as energy, health, finance and technology.