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.

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.

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 create artifacts and solve problems related to machines, equipment and facilities of all kinds. If we look carefully, the great advances of humanity consist of mechanical problems that someone solved: from the wheel to space trips. 

This is an always in force program: machines evolve and will never miss a mechanical problem that needs to be solved. 

Here you will learn to conceive, design, build, maintain and rehabilitate the infrastructure that communities require. There is something exceptional: few things influence both human being and their homes, its streets, its hospitals, its mobility systems, supply of services and treatment of water and waste. That is, the entire network of constructions or connections that allow a more functional society. Conceive, design and build them with technical, environmental, economic, social and cultural considerations, among others, are directly related to the well -being of populations.

In addition to the closure of literacy gaps, it is also important to consider the way in which knowledge is read and knowledge occurs in all areas of knowledge. It is about getting this with conscience, in a social, critical and constructive way, to generate thought and knowledge.   

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.

In a world that is thought of global and where experience has become a determining topic to gain customer appreciation, study best logistics and operations practices offers tools to be more competitive.

In this specialization, students will be able to approach each of the elements of the supply chain: sales and operations planning, inventories, storage, costs, decision models, distribution centers, information systems, discreet simulation, national and international physical systems and physical distribution dynamics.

In a world that is thought of global and where experience has become a determining topic to gain customer appreciation, study best logistics and operations practices offers tools to be more competitive. 

In this specialization, students will be able to approach each of the elements of the supply chain: sales and operations planning, inventories, storage, costs, decision models, distribution centers, information systems, discreet simulation, national and international physical systems and physical distribution dynamics.

Earthquake-resistant engineering is a fascinating branch of civil engineering that combines a deep understanding of physical laws and mathematical concepts to design and analyze structures capable of supporting forces to which they will be subjected during their useful life, with a special approach to the seismic effects.