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3D Design & Printing

Education is constantly evolving, and 3D printing is playing a big role in the transformation. By incorporating 3D printing into the curriculum, students are given a hands-on and interactive learning experience.

4áµ—Ê° Industrial Revolution Impact On Education

Engaging Classrooms

With the 3D printing revolution, teachers can now use technology to create more interactive and engaging classrooms, preparing students for their post-graduate aspirations.

Transforming Education

3D printing technology is becoming increasingly popular in the educational setup as it is more economical and widely available, enabling students to develop essential skills for the 21st century.

VISION

 We believe that only innovators, makers, and dreamers have the ability to build a better future and world. That’s why our primary mission is to unleash its potential through extraordinary technology such as additive manufacturing.

What’s VOXEL Educational?

 Welcome to the VOXEL 3D printing educational program. In that program, VOXEL is going to enable your students to unleash their innovation and creativity through applying future skills such as 3D printing, 3D modeling, and programming to solve some problems that apply “Next generation science standards,” which guarantee the full understanding of all

  • Hands-on learning
  • Encourages students to think creatively
  • A collaborative process, with students working together to design, create and modify objects.

What Role Does 3D Printing Play in Education?

 Three-dimensional printing can be put to good use in the classroom in the following four ways:

1

 Teaching kids about 3D, printing, and how 3D printing technology operates and its uses in real-world situations. (e.g. streamlining industrial processes)  

2

 Informing educators about 3D printing so that it can be implemented into school curriculum in an effective manner. 

3

 Boosting students’ creativity and design abilities.

4

Printing supplemental materials that help students grasp fundamental ideas through the use of artifacts (e.g. 3D-printed anatomical artifacts)

What is the STEAM Coursework?

STEAM education builds upon STEM education and incorporates the arts into its educational philosophy .The concept behind STEAM is that it applies the arts to these four disciplines to generate new approaches to problem-solving, innovation, and information presentation.

The Next Generation Science Standards, sometimes known as NGSS, are subject standards for science that are applicable to grades K-12. The purpose of standards is to define what pupils should be able to accomplish and know. (NGSS) were designed by numerous creative teachers to improve science education for all learners.

The NGSS was developed with the intention of creating a set of research-based, current science standards for grades K-12 students. With these guidelines, teachers in the community can come up with lesson plans that appeal to children' natural curiosity about science while also preparing them for higher education the workforce, and civic responsibilities.

What is the difference between NGSS and STEAM/STEM?

NGSS and STEAM/STEM are not identical, but they are also not same Comparing the two is like comparing apples and oranges; it just doesn't make sense.

Although both techniques are mutually related, they are not identical.

STEAM/STEM is the means to an end, if that makes it simpler to understand! STEAM/STEM projects activities, and experiments can be used to meet the NGSS teaching criteria.

Book a meeting with us to discuss your needs and how we can help.

We are happy to discuss specific concerns or questions, to go over our products and services in more detail, or to simply check in and see how we can assist you in achieving your goals.

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