Primary students are using 3D printers, developing a robotics project or learning new uses of computer programming is the new spirit that breathes in education adapted to the digital age. Some may call it playing with new technologies, but what they are really doing is acquiring the new competencies that will define their professions and will make them subjects of their time, prepared for a new labor and social paradigm. The "maker movement" in educationFor a long time ago, the maker philosophy settled in society as the technological evolution of Do It Yourself, thanks to the democratization of certain elements. With Arduino - open source software and hardware - and 3D printers for "domestic" use, the "do it yourself" era in the field of technology and the possibility for schools to use these resources for Educate your students. The maker movement has been a change and renewal in many approaches of the technological world, which education is taking advantage of to improve and renew its methodologies. We are talking about giving students the opportunity to create technology from scratch, using components and tools that will be their working material. It is also the educational activity that forces to share knowledge and organize classes as fab-labs, using virtual communities to find solutions and apply new tools. Of course, all this means having a teacher from https://samedaypapers.com/personal-statement-writing-service who is capable of guiding the teams and with notions that allow them, at least, to work hand in hand with students and advise them on creative processes. But most relevant of all is the approach and practicality that they discover in the most traditional and less attractive subjects, as is the case of mathematics when they must use them to, for example, raise the prototype of a prosthesis, take measurements and create a structure. Geography also takes a new hue when it should be used for classes dedicated to virtual reality and the use of interactive models. In general, learning by projects qualifies the use of each subject and the process is much more fluid and satisfying than the classic exercises in which to apply formulas to cases, which can now simulate themselves. The greatest learning that students receive with the "maker" movement, in addition to teachers, is the understanding of how everything they learn can be used in their daily life, which encourages them to investigate and find new experiences.