In 2015 I got my first 3D printer, I had been interested in this technology for a long time. From then on I started to learn more specialised design programs to be able to make parts for personal use. At the same time I was printing things for friends and family. Over the years my knowledge of SolidWorks design improved and I started to do more ambitious personal projects and design parts for other people as well. I also bought more printers. Today I have 2 FDM printers and 2 resin printers.

Tasks:- Management of the company.- Care, monitoring, maintenance and work on the bee hives.- Collection, extraction and packaging of honey and related products.- Maintaining relationships with customers and suppliers.- Search for solutions to the vespa velutina problem.

In this Final Degree Project we have carried out the integration of computer vision techniques and machine learning algorithms, in particular, different models of YOLOv8 (You Only Look Once), for 3D tracking of people and objects in real time in the field of padel.The scope of the project is comprehensive, comprising the following tasks:- Theoretical research about computer vision techniques and machine learning algorithms.- Technical development of the YOLOv8 application.- Image acquisition, processing and labeling.- Training and testing of different YOLOv8 models.- Practical implementation in real environment.- Obtaining results from the different trained models.- Development of the 3D results acquisition.- Writing of the work report and analysis of the obtained results.This project uses a binocular system, with which a stereoscopic perspective is achieved, allowing not only a two-dimensional analysis of the player's joints and the position of the ball, but also the three dimensional reconstruction of the sports scene. The completion of this work not only promises innovations in the application of computer vision and machine learning technologies in sport, but also proposes new analytical tools for padel sport. These tools have the potential to enrich the tactical analysis of the game, offering valuable insights for coaches and players, and contributing to the improvement of training strategies and performance on the court.

I did my internship in a technical engineering company mainly focused on the automotive sector, known as IMASYS Innovación S.L. During my stay in the Electronics and Automation department, I participated in several projects related to Industrial Automation and Electrical Engineering.Tasks: - Electrical design, assembly and wiring of electrical panels.- Evaluation and selection of electrical components.- Design of safety devices for machines.- Creation of electrical diagrams.- Wiring of sensors and actuators.- Programming of machinery, typically using Siemens PLCs.- Writing technical documentation, including user manuals and CE certification documents.Projects:- Development of a drilling machine for the front bar of car bumpers.- Assembly of a workstation for the production of heating elements used in the batteries of Tesla's electric cars.- Reconditioning of a machine for testing the operation of battery heating elements.- Development of a double drilling machine for the front bar of car bumpers.- Upgrading a welding facility by rebuilding the wiring and adding additional sensors, automation system and display.Overall, these internships provided me with a deep understanding of the industrial automation process, reinforced my skills in electrical design and programming, and exposed me to the challenges and complexities of working on innovative projects in a dynamic engineering environment.

At the worst moment of the COVID19 pandemic they contacted me from the Ourense City Council, they knew I had 3D printers as I had attended several courses. They told me about an initiative they were starting for individuals to help with their printers to make different equipment for hospitals such as parts of respirators and protective equipment. So I started to help by getting everything I needed, participating in designs and putting my printers to work as many hours as I could, making more than 200 protective masks.