3D printing in the school can be cool

Diego Lieban, May 7, 2019

Collection of possibilities to connect 3D printing and DGS for teaching and learning math.

Table of Contents

  1. Interactive Materials
    1. Designing & Adapting GAMES and PUZZLES
    2. "Tetris" Blocks
    3. Cubo para Marcela UFTM
    4. Archimedean Principle
    5. Rotational Sculpture
    6. Quadric Surfaces & other surfaces and solids defined algebraically
    7. Baravelle Spirals
    8. Tessellation - Airplane
    9. Viviani's theorem
    10. Cross section & Relative position
    11. Voronoi possibilities
    12. Tessellation
    13. Cosmographic Mystery
    14. How many cubes?
    15. Octagon to Square Dissection
    16. Geometric Patterns - Isis project
    17. Puzzle Square - Equilateral triangle
    18. Coluna Distorcida
  2. PDF Presentation
    1. 3D printing in the school can be cool
  3. How to print out from GeoGebra?
    1. 3D Printing Group
  4. Extra References
    1. Related Materials

1.

Interactive Materials

  • 1. Designing & Adapting GAMES and PUZZLES
  • 2. "Tetris" Blocks
  • 3. Cubo para Marcela UFTM
  • 4. Archimedean Principle
  • 5. Rotational Sculpture
  • 6. Quadric Surfaces & other surfaces and solids defined algebraically
  • 7. Baravelle Spirals
  • 8. Tessellation - Airplane
  • 9. Viviani's theorem
  • 10. Cross section & Relative position
  • 11. Voronoi possibilities
  • 12. Tessellation
  • 13. Cosmographic Mystery
  • 14. How many cubes?
  • 15. Octagon to Square Dissection
  • 16. Geometric Patterns - Isis project
  • 17. Puzzle Square - Equilateral triangle
  • 18. Coluna Distorcida

1.1.

Designing & Adapting GAMES and PUZZLES

– Diego Lieban

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2.

PDF Presentation

  • 1. 3D printing in the school can be cool

2.1.

3D printing in the school can be cool

In this [url=https://drive.google.com/file/d/12N3reYBVRHjC7w87kUrL-xk-iSXSIX43/view?usp=sharing]link[/url], you can find a PDF presentation where some perspectives in combining 3D printing and digital materials, especially with dynamic features, can be used to support mathematics teaching and learning.
– Diego Lieban

3.

How to print out from GeoGebra?

In [url]https://www.geogebra.org/m/pkfzccjw[/url], you can find some further information to see how to print out from GeoGebra. Have fun! You are also welcome to join the group below and increase the discussion for 3D printing in school there :)

  • 1. 3D Printing Group

3.1.

3D Printing Group

If you want to join us in a collaborative group, either to support the developers reporting feedback, to get some updates from them or just to share your nice experiences to encourage new users, you are welcome to access [url=https://www.geogebra.org/groups]https://www.geogebra.org/groups[/url] and use the Group Code [color=#1155cc]NHEHJ.[/color]
– Diego Lieban

4.

Extra References

  • 1. Related Materials

4.1.

Related Materials

[url=https://www.geogebra.org/m/pkfzccjw][br]3D Printing with GeoGebra[/url][br][br][url=https://www.geogebra.org/m/hdqxz2vj]Introduction to 3D Printing[/url][br][br][url=https://www.geogebra.org/m/rjen4vj2]3D printing from GeoGebra[/url][br][br][url=https://www.geogebra.org/material/show/id/fncnngep#]3D printing in Natural Science[/url][br][br][url=https://www.geogebra.org/m/eyfs9ptx]Dissecting a cube into equal parts[/url][br][br][url=https://www.geogebra.org/m/xpRFvBAQ]Games and Puzzles with GeoGebra[br][/url]
– Diego Lieban

Information