Videos
The videos presented in this project are aimed at students and professors from the different disciplines of Engineering. These resources are intended to provide an overview of the degrees and subjects that comprise them, promoting interdisciplinarity and establishing relationships between the contents and skills developed.
Introducing the project
By: Aurora Gil de Castro
Project Coordinator
The idea of these teaching videos is framed within the innovation plan and good teaching practices of the University of Cordoba for the year 2018. This interdisciplinary project integrates subjects from the degrees in Electrical, Electronic and Mechanical Engineering, promoting an overall overview of them. It has been carried out in three phases corresponding to the three videos below.
Using the conductivity sensor to study chemical aspects
By: Alfonso Yepez Gamboa
Supervisor: Mª Salud Climent Bellido
Conductivity is the measure of the property of aqueous solutions for conducting electrical current. The following video will show us what this property depends on, what types of compounds we can define according to it and how this measure affects us in our daily lives in something as essential as the water we consume.
Design of a basic conductivity sensor
By: Eduardo Cañete Carmona
Supervisor: Aurora Gil de Castro
In order to know the conductivity of a substance, it is necessary to have instruments that provide its measurement. The following video will discuss the physical principles that define the operation of a resistive conductivity sensor and how to transform, calibrate and visualize the measurements obtained with it.
Design of a printed circuit board for the conductivity sensor
By: Emilio J. Palacios García
Supervisor: Antonio Moreno Muñoz
The conductivity sensor has the physical properties to perform the measurements, but it must be integrated into a more complex circuit. The following video will develop the process of designing a printed circuit that will support our system by generating the excitation signals and adapting the signal for the data acquisition system.