Here you will learn to turn your natural aptitude for mathematics into the ability to formulate innovative and versatile solutions for business and social problems. 

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

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: machines evolve and a mechanical problem that needs to be solved will never miss. 

This is the program where curious people, creative and passionate about design, people, technology and market find a place. An undergraduate to work on the solution of contemporary and future problems, through the design of new products, services and experiences, and the redesign of what is already done. 

You will learn to plan, manage and control an industrial process or service. Productive systems of any kind will always be susceptible to improvements: from planning to obtain resources or select a material, for example, to market positioning. Administer these logistics flows and rethink them to make them more efficient, requires a methodology and academic and practical knowledge that we will provide throughout this program. inclinations.

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.