Transporte inteligente y sostenible (IoT&H2) en la Formación Profesional
▶Summary
The rapid change in needs in the world of work regarding the training of new workers, especially in topics of robotics, 3D design and printing, and programming, has meant that training curricula m...
▶Objectives
Prepare a training environment so that teachers can train in the future skills of the labor market and with their knowledge they can train vocational training students and anyone interested in the subject. General objectives: • CONTRIBUTE TO THE ATTRACTIVENESS OF VET THROUGH INNOVATIVE AND SUSTAINABLE PRACTICES AND IMPROVE ACCESS TO THE WORLD OF WORK. Specific objectives: • IMPROVEMENT OF THE CAPACITIES AND SKILLS OF TEACHERS AND STUDENTS • ADAPT VET TO THE NEEDS OF THE LABOR MARKET • DRIVE INNOVATION THROUGH SUSTAINABLE GROWTH • SUPPORT THE DEVELOPMENT, TRANSFER AND IMPLEMENTATION OF INNOVATIVE PRACTICES (ROBOTICS-IoT-H2) • EXCHANGE OF EXPERIENCES ON A EUROPEAN LEVEL • ACQUIRE CAPABILITIES TO SUPPORT THE ECOLOGICAL AND DIGITAL TRANSITION
▶Activities
IO1_ EDUCATIONAL PLATFORM FOR INTELLIGENT AND SUSTAINABLE TRANSPORT -We have designed an educational platform where all the audiovisual and textual content that has been produced throughout the duration of the project is uploaded, giving it the form of an intermultidisciplinary training plan as requested by today's companies and which can be used and expanded by anyone enthusiastic about the subject. The following link will take you to our website: https://smartgreentransport.com/ -An IOT course has been developed in 4 languages, English, Spanish, Italian and Romanian. This course has been tested by 10 teachers and has 184 users. -Programming using languages HTML5, C, Python... Vehicle control through IoT platform, where there is a machine-person control interface for the interaction of our vehicles remotely through the acquisition of data by the sensors located in the vehicle that we receive in the interface and the action of our part in the actuators that the vehicle has to perform the tasks that we indicate. -Training has been given to 10 teachers from 4 different EU countries
▶Impact
IO1_Educational platform for intelligent and sustainable transport. An educational platform has been created where each partner collects knowledge on the design and construction of their vehicle using sustainable materials, knowledge in alternative energies to power the vehicle through the fuel cell and deepen knowledge in robotics through the programming of boards, actuators and sensors, thus achieving a safe, modern and sustainable vehicle. On this platform you can find technical data sheets of the vehicle prototypes, video tutorials on the construction of the prototypes and the IOT programming course (IO2). IO2_IoT Programming Course: Throughout the project, knowledge of programming for IoT environments has been acquired, using different languages, through the programming of a remote control platform where data acquisition takes place, which is sent to us by the sensors and which, after analysis by us, will give us the option to act correctly through the remote control of actuators. In the different languages of the partnership. IO3_Remote control (programming + assembly): In this last result, the hardware (of the vehicle designed in point IO1) and the software (of the IoT platform programmed in IO2).