3D Smartbox

3D SMARTBOX 

3D Printing in Education Improved Student Engagement with Hands-On Learning - 3d Smartbox“ (2024-1-AT01-KA220-SCH-000248794

01/12/2024 - 30/11/2026 https://www.3dsmartbox.net 

3D printing technology has become increasingly popular in recent years, and its application in the field of education has provided many benefits. 3D printers are used as teaching tools in schools worldwide, and their significance lies in their ability to provide hands-on learning opportunities that are interactive, engaging, and fun. The project will enhance 3D printer teaching in schools, the issues that may arise, and the cross-curricular approaches that can be taken to optimize learning outcomes.

One of the most significant benefits of 3D printing technology in schools is that it increases teachers's skills (not only stem teachers but all subjects teachers) enhancing the teachers and students learning experience. 3D printing is a powerful tool that enables students to bring their designs to life, allowing them to explore and understand complex concepts in a tangible and interactive way. It encourages creativity and innovation and provides an excellent opportunity to teach design thinking, problem-solving, and critical thinking skills. Furthermore, 3D printing technology helps bridge the gender gap in STEM education by providing an engaging and accessible way for girls to learn and pursue STEM-related careers.

Additionally, the project will provide adequate training to teachers to ensure that they can effectively incorporate 3D printing technology into their lesson plans even if not directly related with stem teaching.

The project also aims at a Cross-Curricular Approach in STEM and Other Subjects that can Benefit from 3D Printing. 3D printing technology can be incorporated into a wide range of subjects, including science, technology, engineering, mathematics, and art. In science classes, students can print models of cells, organs, and other biological structures, enabling them to explore the physical structure and function of the human body. In technology classes, students can use 3D printers to design and build prototypes of products, allowing them to learn about product design, manufacturing, and entrepreneurship. In engineering classes, 3D printing can be used to create and test prototypes of mechanical parts, allowing students to experiment with design and materials. In mathematics classes, students can create geometric models, such as pyramids, cubes, and spheres, to help them understand mathematical concepts such as volume, surface area, and symmetry. Moreover, 3D printing technology can also be used in art classes, allowing students to create and experiment with 3D sculptures, jewelry, and other creative projects. This approach offers an opportunity for cross-curricular learning, where students can apply knowledge and skills from multiple subjects to solve real-world problems.