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K-12 EducationHigh school makerspace

How The Weber School gave students more autonomy over 3D printing

The Daniel Zalik Academy (DZA), the makerspace at this Atlanta high school, runs 11 3D printers on 3DPrinterOS. Since 2019 more than 200 yearly users have made 2,400+ prints, and staff spend far less work on every successful print.

The Weber School building
The Weber School logo3DPrinterOS

The story in brief

  • The challenge: a 3D printing program run on SD cards and a paper clipboard, with no easy way to control how much each student printed.
  • The solution: 3DPrinterOS for the DZA's 11 printers, with student logins, self-service queues, staff review, user groups and remote monitoring.
  • The result: 200+ yearly users, 2,400+ prints and 10,000+ printing hours, far less work per successful print and much more student autonomy.
2,400+
3D prints made since 2019
10,000+
hours of 3D printing
200+
individual users every year
94 kg
of filament used
1The challenge

SD cards, a clipboard and no real control

The Weber School is a Jewish community private high school in Atlanta, Georgia, serving grades 9 to 12. Its makerspace, the Daniel Zalik Academy of Science, Technology, Engineering and Design (DZA), is modeled on MIT's makerspace system and the Invention Studio at Georgia Tech.

When Madi Anderson, Director of Educational Operations and Community Partnerships, started in 2019, the whole 3D printing program ran on SD cards. Students sliced in PrusaSlicer, copied files to a card, carried it to the printer and logged their details and print time on a clipboard, and staff had to sign off on every project.

That made it very hard to control how much each student printed. Some students took personal projects to the next level and printed large quantities of little statues to sell to other students.

2The solution

Logins, queues and user groups for every student

Christopher Chapman, Director of Design and Technology, found 3DPrinterOS, and the DZA has used it ever since. Students now learn the platform from day one: Madi shows them how to log in and adds them to the system.

From then on students queue their own work, and admin staff can review jobs before they print. 3DPrinterOS emails the student if anything goes wrong, for example if a print cancels midway, and staff can watch prints from home.

Madi's advice for new users is to make use of user groups. Teachers and staff have full privileges, and so do trained student lab assistants, who can edit designs and print without asking permission.

3The results

A lifesaver for staff, autonomy for students

Madi says 3DPrinterOS has been a lifesaver: it drastically cut the amount of work needed to get a successful 3D print and gave students far more autonomy over their own projects.

Since starting with 3DPrinterOS in 2019, more than 200 yearly users have made over 2,400 prints, using 94 kg of filament across more than 10,000 hours of printing. Giving lab assistants full privileges has taken significant pressure off staff, who now have more time for students with little or no experience.

3D printing now runs through subjects from history and Judaics to science and math, from catapult-launched mini pumpkins in physics to a bespoke grabber designed for a person in a wheelchair.

Interactive

How Weber runs 3D printing on 3DPrinterOS

Click through each step to see how the workflow runs day to day.

Step 1 at Weber

Every student gets an account

Madi shows new students how to log in to 3DPrinterOS and adds them to the system, so everyone has what they need before their first print.

  • Students added by staff
  • Taught from the first lesson
Explore multi-user management
Madi Anderson

“It gives us full access, full control. It allows us to add users. It allows us to watch from home, so we can start a print, and then not come in the next day to find that it crashed and is dead on the floor.”

Madi AndersonDirector of Educational Operations and Community Partnerships, The Weber School
FAQ

Questions about The Weber School and 3DPrinterOS

How many 3D printers does The Weber School run on 3DPrinterOS?

The Daniel Zalik Academy (DZA) makerspace has 11 3D printers connected to 3DPrinterOS: 10 Prusa MK3s and one Formlabs 3+ resin printer.

How did The Weber School manage 3D printing before 3DPrinterOS?

In 2019 the program ran on SD cards. Students copied files from PrusaSlicer to a card, logged their details and print time on a clipboard, and staff had to sign off on each project, which made it hard to control how much students printed.

How do students use 3DPrinterOS at The Weber School?

Students are taught to log in from the start and queue their own work. Staff can review jobs before printing, and 3DPrinterOS emails students if a print has an issue, such as cancelling midway.

What results has The Weber School seen?

Since 2019, more than 200 yearly users have made over 2,400 prints, using 94 kg of filament across more than 10,000 hours of printing. Staff say it drastically cut the work needed for a successful print and gave students far more autonomy.

What is Madi Anderson’s advice for new 3DPrinterOS users?

Make use of user groups. At the DZA, teachers, staff and trained lab assistants have full privileges, which frees staff to help students with little or no experience.

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