3D Printing for Kids
Discover 3D printing classes and camps for elementary and middle school students. Students design and print real creations through guided projects in after-school clubs, in-school labs, and summer camp programs.

.png)




















In-Person 3D Printing Classes
On-campus 3D printing classes for K–8 students, led in person by All Things Science. Students design and print real creations through clubs, labs, and camps.

How It Works
Year-round, in-person 3D printing in clubs, labs, and camps.
What Students Learn
Design and print real 3D creations from start to finish.
How to Get Started
Browse 3D printing classes and camps near you, or request your school.
Browse 3D Printing Programs Near You

3D Printing Clubs
Weekly after-school 3D printing programs led by our team on your school’s campus, where students design and print real projects after the school day ends.
3D Printing Programs for Any Time of Year

3D Printing Labs
On-campus 3D printing programs designed for the full school day. All Things Science provides a dedicated instructor who guides each grade through NGSS-aligned design projects and real prints during regular class time.

3D Printing Camps
Week-long 3D printing camps where students design and print real creations from start to finish. All Things Science guides campers through modeling, prototyping, and take-home builds.
What Students Create in Our 3D Printing Programs
Students learn 3D design basics and turn ideas into real printed creations. Projects build creativity, precision, and confidence with hands-on tools.
Materials
Students learn how 3D printers use materials like PLA filament to create real objects.
3D Design
Students plan and design three-dimensional models using simple design tools.
Visualization
Students practice turning ideas into shapes, parts, and printable structures.
Real-World Uses
Students explore how 3D printing is used in fields like space, architecture, and transportation.
Functionality
Students learn how to design for strength, structure, and real use.
Iteration
Students test prints, improve designs, and try again to get better results.
3D Printing FAQ
Curious about 3D printing at All Things Science? This FAQ covers what students create, how the program runs, and what to expect from our 3D printing classes.
What is a 3D printing class?
A 3D printing class teaches students how to design objects on a computer and print them into real physical creations. Students learn through hands-on projects from start to finish.
What do students make in a 3D printing program?
Students create custom designs like keychains, models, tools, and simple prototypes. Projects are age-appropriate and built to be both fun and functional.
Do students learn 3D design in your program?
Yes. Students learn beginner-friendly 3D design skills and how to turn an idea into a printable model. They practice building shapes, adjusting size, and improving their designs.
Is 3D printing safe for elementary and middle school students?
Yes. All Things Science teaches 3D printing with clear safety rules and supervised equipment use. Students learn safe habits while working with real tools and technology.
What skills do students learn in 3D printing?
Students learn how to design 3D models, adjust size and shape, and fix common print issues like parts not fitting or designs breaking. They also learn how to create stronger builds by adding thickness, supports, and better structure before printing.
Looking for More STEM Programs?
Looking for more than 3D printing? All Things Science offers additional STEM programs with new themes, projects, and challenges.
Biology
Unravel the secrets of life.
Rockets
Blast off into space.
3D Printing
Innovate with 3D designs.
Robotics
Build and code robots.
Biology
Unravel the secrets of life.
Rockets
Blast off into space.
3D Printing
Innovate with 3D designs.
Robotics
Build and code robots.
Chemistry
Fun experiments with chemistry.
Engineering
Real engineering challenges
Physics
Discover the physics of motion.
Circuits
Explore circuits and electricity.
Chemistry
Fun experiments with chemistry.
Engineering
Real engineering challenges
Physics
Discover the physics of motion.
Circuits
Explore circuits and electricity.



