Mondays: April 27, May 4, May 11, May 18 - 6:00–7:30 pm
Class size limited to 6 students to allow safe equipment use and one-on-one coaching.
This hands-on, beginner-friendly 3D printing bootcamp introduces kids to the exciting world of turning digital ideas into real objects. Over four weeks, students will learn how 3D printers work, how to design simple models, and how to safely prepare and print their creations.Each class includes a short lesson, guided design time, and hands-on printing. Students will finish the program with several items they designed or selected themselves and a basic understanding of how digital designs become real-world objects.
By the end of the program, students will be able to:
Understand the basics of how FDM 3D printing works
Use beginner CAD tools to create simple designs
Prepare digital models for printing (STL → slicer → printer)
Understand how settings like infill, supports, and orientation affect prints
Practice safe makerspace behavior around tools and machines
Recognize and troubleshoot common printing issues
Design and produce several items to take home
Students will leave with multiple printed objects and a starter “maker portfolio” of their designs.
The program is taught by Amanda Taylor, a mechanical engineer with extensive experience teaching digital fabrication and makerspace tools. Amanda previously managed the makerspace at University of Massachusetts Lowell, where she helped students learn to use 3D printers, CNC machines, and other modern fabrication tools.
Mondays: April 27, May 4, May 11, May 18 - 6:00–7:30 pm
Class size limited to 6 students to allow safe equipment use and one-on-one coaching.
This hands-on, beginner-friendly 3D printing bootcamp introduces kids to the exciting world of turning digital ideas into real objects. Over four weeks, students will learn how 3D printers work, how to design simple models, and how to safely prepare and print their creations.Each class includes a short lesson, guided design time, and hands-on printing. Students will finish the program with several items they designed or selected themselves and a basic understanding of how digital designs become real-world objects.
By the end of the program, students will be able to:
Understand the basics of how FDM 3D printing works
Use beginner CAD tools to create simple designs
Prepare digital models for printing (STL → slicer → printer)
Understand how settings like infill, supports, and orientation affect prints
Practice safe makerspace behavior around tools and machines
Recognize and troubleshoot common printing issues
Design and produce several items to take home
Students will leave with multiple printed objects and a starter “maker portfolio” of their designs.
The program is taught by Amanda Taylor, a mechanical engineer with extensive experience teaching digital fabrication and makerspace tools. Amanda previously managed the makerspace at University of Massachusetts Lowell, where she helped students learn to use 3D printers, CNC machines, and other modern fabrication tools.