3D printing in the classroom encourages problem-solving: students are required to think creatively and troubleshoot to get the 3D printer to work correctly. For example, they might need to solve issues with the printer settings, the design of their model, or the materials they're using. This process helps them develop critical thinking skills, as they have to analyze a problem, find a solution, and test their solution.
In addition, they're often required to collaborate with others, which also helps develop problem-solving skills.
3D printing is a very open-ended process: students have a lot of freedom to create whatever they want. There's no right or wrong answer with 3D printing, so students can really let their imaginations run wild. They can create models of anything they can think of, from animals and plants to buildings and vehicles.
There are also many different techniques and materials they can use, so they can experiment with different effects. All of this freedom makes 3D printing a great way to get students excited about learning and to let their creativity flourish.
3D printing is a fantastic tool for teaching design thinking: which is a problem-solving process that helps students learn how to identify, define, and solve complex problems. 3D printing encourages design thinking because it requires students to go through all the stages of the design thinking process: empathize, define, ideate, prototype, and test.
For example, they might empathize with someone who needs a certain type of product, define the problem that needs to be solved, ideate possible solutions, prototype their solution with the 3D printer, and then test it to see if it works.
Plus, it is a lot of fun!!!
-Industrial Designers use 3D modeling software to create product designs for manufacturing.
-Video game Designers create 3D models of environments and characters for video games.
-Animation Artists use 3D modeling software to create 3D models of characters and objects for animated films and TV shows.
3D modeling is also used in the fields of interior design, engineering, and manufacturing.
Bioengineers who use 3D printing to create biological tissues and organs.
Jewelers who use 3D printing to create custom jewelry.
Fabricators who use 3D printing to create prototypes of various items.