Disseny i construcció d'una sonda atmosfèrica

The project consists of the construction of a functional meteorological probe, controlled by an Arduino microcontroller. This probe was design to measure pressure and temperature as functions of the altitude. This device is the first of its kind built at the EETAC, thus a considerable effort of requirement definition has been done. In the present report we describe how all the probesystems were designed, and all the necessary components as well as the reason why they were chosen are described. The resulting design is modular in order to facilitate future improvements/expansions.The steps necessary for the assembly of all the components in a common structure are detailed, as well as the choice of tools and materials. All the systems developed were tested simulating conditions similar to those expected in the real mission.Finally, after the construction and validation processes, all the materials and the tasks needed to launch the probe up to at an altitude of 35 km are detailed.The present report is intended to serve as a guide for futuresimilar projects in EETAC. The resulting device from this work is named FourCast after our surnames

The Faculty of Library and Information Science of the University of Barcelona. An overview

The UB is the only Spanish university among the top 200 universities around the world and among the 100 top European level. In this presentation a short general information about the University of Barcelona is given. Most of the slides are devoted to the Faculty of Library and Information Science (LIS) --Facultat de Biblioteconomia i Documentació-, its historical background since it was created in 1915, career courses, masters, doctoral courses, research projects, etc

3D Modeling and videogame adaptation of the UJI Library for Smart UJI

Treball final de Grau en Disseny i Desenvolupament de Videojocs. Codi: VJ1241. Curs acadèmic: 2021/2022This document is a detailed explanation of every step of the project that I have been working on for the past months, which aimed to create a 3D model of the Universitat Jaume I library using ArcGIS’ CityEngine to be used on the Smart UJI project and to reuse the same model in a stealth videogame created with Unity. The end result is, of course, the 3D model of both the interior and exterior of the UJI library and the videogame made in Unity that uses the library as its main environment where the action is located