The aim of this course is for students to use the principles of operation and applications of semiconductor devices: bipolar diodes, transistors and field-effect transistors. It also includes an introduction to computer-aided modeling and simulation of analog circuits.
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.
This course aims for students to understand the main explanatory models of the interaction of biological and psychological processes in the individual and social production of human behavior.
The aim of this course is to analyze the permanent transformations of matter; its changes in energy, structure, and propertie, by applying the concepts and methods of chemical science.
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 promotes the construction of knowledge to put into effect the scientific method in basic, clinical, and epidemiological research, as well as the competencies to develop research protocols according to methodological, ethical, and regulatory guidelines. Construction of a research protocol begins.
The aim of this course is for students to (1) Understand the structure and functions of the essential components of the organism (water, carbohydrates, proteins, fats, nucleic acids, and vitamins) and the cellular metabolic mechanisms that lead to energy production, as well as their application in medicine. (2) Analyze the metabolic processes of the human organism, their interrelations, regulatory mechanisms, and alterations.
This course aims to have students observe and identify the mechanical properties of materials in a practical manner, based on their internal structure.
The aim of this course is for students to apply their knowledge of physiology to live and/or simulated models, using the scientific method in the development of experimental protocols.
This course aims for students to compute the mechanical properties of materials through the use of destructive tests.