Are you passionate about solving complex problems and transforming organizations? In undergraduate in Industrial Engineering of EAFIT you will develop skills in analytics and finance that will allow you to design, plan and operate sustainable and competitive supply chains.

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 in the latest technological advances and knowing how to make it be built in more than thirty years of experience that the program carries. 

Here you will learn to design, analyze, evaluate, improve and manage production processes at an industrial scale. In every operation or business resources have to transform into something a product, a service, a solution with added value. Getting that flow as efficient as possible, and at the same time minimizing the adverse effects on the environment and people, is the great challenge of good engineers and process engineers. 

Developing construction projects today is to face dynamic changes in regulations, markets and technological developments. It is knowing how to read the environment, which changes from one day to another and being able to respond efficiently.

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. 

In an increasingly digital environment, software has become a key pillar for innovation and efficiency across various sectors. The adoption of agile methodologies has transformed software development, accelerating cycles and enabling greater flexibility to adapt to changing requirements and market conditions. Moreover, cloud computing has optimized technological infrastructure, while advances in artificial intelligence and machine learning have enhanced automation and the personalization of services.

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.

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.

Knowing the underwater topography of the Colombian Caribbean coast, for the use of its resources, or identifying physical vulnerability in Colombian traditional buildings, during the different types of natural phenomena, are some of the topics that the students of the Doctorate in Engineering have worked.  

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.