Today, 3D printing is intimidating and educators often overlook innovative technology. As a result, additive manufacturing is nonexistent, limited, or lacking enthusiasm in the education sector. The technology opens many doors for students, especially in the field of science and math. It’s no longer a luxury item because it’s helping children learn in an immersive and innovative environment. Most educators find it difficult to bridge the gap between technology and education. However, understanding and using this technology can benefit children’s learning, particularly in the field of technology, engineering, science, and mathematics. Unleash the creativity of your students with 3D technology and give them a bright future for years to come. When technology and education go hand-in-hand, they complement each other and enhances the teaching in a varied range of subjects.
Here are a few advantages of using the additive manufacturing in the education sector.
Educational 3D Printing: History
Many public museums across the globe are using 3D scanned artifacts to make the collection available for download. Today, schools can easily 3D print the historical objects, such as mummies and other artifacts. Using a physical artifact in the classroom increases engagement and makes learning a fun-filled experience. Furthermore, 3D printing encourages interactive classroom discussion, which is vital for the growth of a child. Students can study the history closely and discover details which otherwise is impossible through book and photographs. 3D printing technology is helping students learn in real life.
Educational 3D Printing: Mathematics
3D printing technology clarifies mathematical concepts and inspires curiosity, inviting students to think critically. When students visualize the geometrical figures in real life, they better understand the idea and the shape. The concept of geometry remains elusive to almost every student, but with additive manufacturing, students learn the theory in a realistic environment. Furthermore, it highlights the aesthetics of mathematics including golden ratios, fractals, and mathematical patterns. When models are created in real-life, the conceptual learning enhances, which helps in strengthening the brain. Visual mathematics aids in learning the subject because students can see the model in real life.
Educational 3D Printing: Geography
The technology is adding a new layer of excitement to education and giving teachers additional resource for interactive teaching and lesson planning. In the geography classroom, teachers can use 3D printing to create topological maps. Teachers can involve the students in the creation of terrains, oceans, plains, and other features of the planet. With additive manufacturing, students can touch the topography of the region they’re viewing. It creates an immersive learning experience and makes geography lessons exciting.
Today, with so many significant resources available at the disposal of the teachers, there is no single reason for schools to ignore 3D technology. Additive manufacturing is the future of education and children should be taught about it as soon as possible. To take the education to the next level, schools need to adopt latest technologies!
