In this laboratory, students will be able to use methods and procedures to measure amounts such as voltage, current, resistance, capacitance and inductance. They will also observe the behavior of RL, RC, and RLC circuits as well as the internal characteristics of transformers. Additionally, they will carry out efficiency and regulation simulations in single-phase transformers, blocked-rotor tests and void test in induction motors. They will also do Curves of Par versus rpm on wound rotor induction motors and squirrel cages.

Upon completion of this course, students will be able to solve problems that involve discrete variables, multiple objectives, serial decisions, evolution problems of a system through time and waiting phenomena. They will also be able to apply basic concepts intervening in statistical simulations.

This course aims to have students observe and identify the mechanical properties of materials in a practical manner, based on their internal structure.

This course aims for students to compute the mechanical properties of materials through the use of destructive tests.

Students will be able to solve problems involving particles and rigid bodies in static equilibrium by using a vectorial approach to the relation between the forces acting on them.

The aim of this course is for students to design and conduct experiments within the framework of statistics. Thwy will analyze the observed data and reach objective decisions to optimize process performance.  At the same time, they will gain experience in the use of specialized software and in interpreting their reports to give support to the analysis and decision-making process in real-life problems and cases.

The aim of this course is to tudy the influence of Information Technology on Marketing.

This course aims to identify essential elements to foster environmental values and raise awareness of the environment, based on a correct use of energy resources for the purpose of encouraging the sustainable development of our society.

Students will be able to understand the application areas of mechanical engineering, the concepts involved in it, and the types of applications that they will develop along their degree program and professional development in the three areas involved: mechanical design, materials, and production processes. They will also analyze projects and applications of the three aforementioned areas to identify the elements, problems and solution. They will become acquainted with current methodologies, computer equipment, and tools used in their professional field.