| Lecturing |
Explanation by the professor of the theoretical concepts of the course. For a better understanding of the contents and an active participation in the sessions, the students have to make a previous personal work on the bibliography proposed. In this way, students will be in position to ask questions, request additional explanations, or raise doubts. These can be addressed either during lectures or during the professor's office hours. For a better understanding of some concepts, practical examples will be presented aiming at increased participation of the students. Students must do personal work for consolidating concepts and develop the competencies targeted in each Session. Attendance to lectures will be monitored. The schedule and classroon will be as directed by the dean's office. |
| Laboratory practical |
Application of the theoretical knowledge acquired by students. They will develop skills related to the design, simulation, debugging, and test of digital electronic circuits based on microcontrollers or FPGAs. The students will use electronic instrumentation for the analysis of the behavior of digital electronic circuits, as well as tools for design, simulation, and debugging of digital electronic circuits based on reconfigurable devices (FPGAs), and for programming, simulation and debugging of digital electronic circuits based on microcontrollers. For each lab session it will be specified the previous personal work to be carried out by the students, the tasks they have to accomplish in the session, and the items to be assessed for evaluation purposes, that students have to present in a report for each session. Lab sessions will be carried out at the Digital Electronics lab of the Department of Electronic Technology, according to the schedule defined by the dean's office. Students will work in groups. Attendance to the lab sessions will be monitored. |
