Program objectives

The graduate of this master's degree, based on skills and specialized knowledge in mathematics, logistics, manufacturing, quality, systems, etc., will be able to design, improve, install, analyze and develop complex functional systems; integrated by people, information, machinery, equipment, and energy, to specify, predict and evaluate the results to be obtained in such systems, and propose strategies to increase productivity. The capabilities of the graduates can be located within the following three areas of knowledge:

• Environmental conservation and occupational health, productivity, and quality measurement, as well as, manufacturing processes.

• Probability, statistics, and optimization methodologies in supply chains.

*Strategic management of technology and quality systems.