All physical objects and specimens can be converted into 3D renditions. But what benefits would a 3D model offer?
3D models are highly interactive, offer better visualization of objects, and allow exploration. It is far easier for kids to learn when they look at visuals and discover more about an object or situation using visual 3D illustrations. It leads to higher engagement and hence higher retention. For example, students studying plant cells cannot visualize or comprehend what it looks like. It’s impossible to do so from a 2D diagram in a textbook. However, a plant cell 3D model allows them to observe each and every part from the cell wall to ribosomes and nucleolus minutely. They can rotate it and observe every feature and function minutely. This leads to higher learning outcomes. This is what the potential of education in metaverse offers.
3D education in metaverse
The metaverse is an interconnected network of 3D virtual worlds. It is often imagined as a universal virtual world that offers immersive simulated environments through AR and VR technologies. The educational metaverse is revolutionizing how education is imparted. It provides new ways to learn and teach. These modules are more relevant and suited to today’s technological advancements.
3D renditions can benefit STEM subjects and academic disciplines working with physical objects, specimens, and anatomical structures. With features such as cutaway visualization, surface curvature measurement, and multispectral analysis, 3D models provide new ways to interact with materials. Students and researchers can benefit from this, as it can enhance their learning experience.
- Students studying Organic Chemistry students can interact with protein molecules in virtual reality.
- Civil Engineering students can explore and experiment with different design options and techniques by creating realistic simulations of construction projects.
- Students studying art history could examine 3D sculptures from any museum worldwide.
The metaverse classroom provides an engaging and instructive atmosphere ideal for experiencing and applying theories. It can accelerate learning, potentially leading to higher learning outcomes than traditional online courses. Additionally, its multi-sensory mode of instruction makes it especially beneficial for neurodivergent learners or those who can otherwise access educational resources. Overall, the metaverse is a great way to bridge gaps in the education system while creating an inclusive environment.
Six ways that 3D Models are Benefitting education
It is no secret that many students today are visual learners. They are used to consuming information through videos, infographics, and other graphics-heavy content. It makes sense that incorporating 3D renditions into education is an effective way to engage these students and help them learn. Here are five ways that 3D models can help in education:
Help students visualize complex concepts
Many concepts in science and math can be challenging. However, seeing a 3D model of something can help students understand it better. This can be especially helpful when studying complex concepts such as anatomy or molecular structure. Three-dimensional models can provide a more realistic representation of objects than two-dimensional drawings or photographs. For example, a student struggling to understand the concept of atoms could benefit from seeing a 3D model of an atom.
Engage multiple senses:
Learning with 3D models engages more than just the visual sense. Students can also touch and manipulate the models, which can help them better understand the concepts being learned.
Students can use 3D modeling software to create models of things they are learning about. This allows them to get creative and explore the concepts in a new way.
Make learning fun:
Let’s face it; some subjects can be dry and dull. But adding a 3D element can make learning more fun and exciting for students.
Help students retain information:
Studies have shown that three-dimensional models can help students retain information better than traditional methods like lectures and textbooks.
Three-dimensional printing technology is becoming increasingly accessible, meaning students can print out their 3D representations to study at home or in the classroom.
It is no secret that technology has drastically changed the landscape of education. One of the most significant changes has been how information is presented to students. In the past, information was presented mainly in two dimensions, through books or on chalkboards. Today, however, three-dimensional 3D models, for example, plant cell 3D model, are increasingly used to help students learn. Educators need to prepare children for the technologically advanced world of tomorrow. The coming era will be knowledge-driven. Current educational systems will need to adjust to meet these new demands. By combining fun and learning effectively, education in metaverse can improve retention and learning outcomes for learners.
Edverse is an innovative educational metaverse development company aiming to inspire students to love learning through technology.