Core Skills Students Will Learn
Engineering mindset and design thinking
3D modeling using TinkerCAD
Creative ideation and prototyping
Understanding geometric concepts (planes, vertices, edges, etc.)
Requirements and constraints in design
Spatial reasoning and digital fabrication fundamentals
Introduction to 3D printing technologies and file formats (STL, OBJ)
Collaboration, feedback, and iterative improvement
Communicating design intent through storytelling and visual presentation
Applying design to real-world problems through empathy
Daily Curriculum Overview
Day 1 | Introduction to 3D Design & the Engineering Process
Icebreakers, expectations, and camp overview
Introduction to the Engineering Design Process
Hands-on with TinkerCAD: creating custom nameplates
Learn to navigate 3D space, workplane, and shape tools
Take-home: student creates and exports their first 3D model
Day 2 | Solving Problems Through Design
Review goals, requirements vs. constraints
Sketching ideas and planning dimensions
Deep dive into shape manipulation and design strategies
Finalize and prep nameplate design for 3D printing
Take-home: design worksheet on helping a family member solve a real-world problem
Day 3 | Engineering for Others: Design with Empathy
Define user needs: “Design something for a relative”
Brainstorm and sketch personalized solutions
Begin digital modeling of their object in TinkerCAD
Learn about file types (STL, OBJ, MTL) and export options
Take-home: refine second project and prepare for presentation
Day 4 | From Concept to Reality: Prototyping and Printing
How 3D printing works (materials, printers, additive process)
Compare Bedslinger vs. CoreXY printers (pros and cons)
Practice revising designs for usability and printability
Finalize object design and prep for print
Take-home: reflection on design process and peer feedback
Day 5 | Presenting Like a Designer
Storytelling in design: Who are you helping and why?
Create and rehearse short presentations
Showcase: students present their designs to the class
Celebrate learning with a mini gallery of printed models
Take-home: printed object and a copy of their design story
What Parents Can Expect
By the end of five days, students will have:
(1) Gained hands-on experience with 3D modeling tools
(2) Completed two custom design projects, including one designed for someone else
(3) Learned the engineering process through real-world application
(4) Presented their design ideas with confidence and purpose
(5) Taken home a printed 3D object they designed from scratch
Help your kids fall in love with reading!
Need a list of amazing books to get your kids inspired about writing their own stories?
Grab your free copy by completing the form.
We'll email you the ebook!