New Dimensions to Learning with 3D Printing

Grant Date
2017
Grant Applicant
Paula Bossler
Grant Category
Amount Funded
$766.00
Description (10 points)

The next phase for the Kings Beach Elementary STEAM lab is to purchase innovative technology like 3D printers, drones, and robotics. The most reasonable place to start is a 3D printer. The cost of 3D printing has been decreasing over the past few years, and it is the most durable technology out of the above listed options. In addition to the cost effectiveness, 3D printing will bring objects like the California Missions or a human heart to students' fingertips and allow them to explore these objects more in depth. Students will also learn valuable lessons in problem-solving and perseverance during the creative process. 

Benefits of Program (10 points)

The greatest benefit to this program will be allowing students to design, fail, and redesign until they find a suitable solution to their desired model. Secondary to learning life lessons about perseverance, students will also benefit from re-creating models that are not readily available like ancient artifacts or models of objects that would be microscopic in real life like animal cells. 

Success of Program (10 points)

The success of the program will be measured qualitatively through student trial and error, with their models being physical representations of their success. They will also have to prove proficiency in design programs like Tinkercad, a free program that they can register for with their gmail accounts, in order to produce any model. 

Implementation (10 points)

The program will start with second through fourth graders and eventually move to lower grades with older student helpers. Next, design projects will be based on integrated lessons in Science, Technology, Engineering, Art and Mathematics (STEAM). For example, second grade students could design a model of a plant with all of it's parts, third grade could design a model of a puppy from parent traits, and fourth grade could design a model of gold-mining equipment used during the gold rush. After projects are decided, students will register for a free account and learn the design process with Tinkercad, currently the highest rated 3D printing design program for kids. Once they have their design edited and finalized, they will then learn how to send it to the 3D printer. After they have a chance to look over their model, they will then have the opportunity to redesign and create an improved model. 

Sustainability
Maintenance funding can be procured through Measure A site funds, with out the help of EEF funds. The only foreseeable additional funds from EEF would be for additional printers.
Can you share this grant with your grade level or subject team?

This program can be shared school-wide in the technology lab and in classrooms with the Chromebooks. It can also be shared with district elementary and technology teachers. 

Budget (10 points)
Budget Item(s)
$599 - Original Prusa i3 MK2 3D Printer
$23 - White PLA Filament (non-toxic)
$24 - PLA Extrafill Noble Blue Filament (non-toxic)
Taxes
$0.00
Shipping
$119.45
Amount Requested
$766.00
Budget Notes

In the quote from the printer vendor, taxes were excluded. I'm not certain but think this is because of selling to a school. I'm also foregoing the $200 assembly charge because there are web tutorials on how to assemble the printer. 

Other funding sources

My principal said there is money available in site funds to help with maintenance of the printer.