3D Printing and Cnc Fabrication with Sketchup - Paperback

3D Printing and CNC Fabrication with SketchUp is a practical, hands-on guide designed for homeschooling families and their kids who want to turn digital designs into tangible creations. It takes students from concept to physical object, helping them build essential design, engineering, and tech skills through real-world projects.

Key Features & Design

• Paperback, 224 pages, illustrated, published November 26, 2015
• Step-by-step tutorials that walk learners through creating 3D models in SketchUp
• Learn to edit downloaded models, make them printable, and bring them to life on a home printer or via an online service bureau
• Windows or Mac support with guidance to navigate SketchUp’s native tools and the Extension Warehouse
• Import and export STL files, with guidance to assess and improve 3D printability
• Comprehensive coverage of setting up, using, and maintaining a home 3D printer
• Integration with other design tools and workflows: AutoCAD, 123D Make, 123D Meshmixer, and Vetric Cut2D
• Techniques for editing models from the 3D Warehouse and Thingiverse
• Clear paths to CNC fabrication, including generating files for CNC cutters
• Authored by Lydia Sloan Cline, a seasoned educator who brings classroom-tested approaches to home learning

Performance / Benefits

This book empowers homeschool students to design, simulate, and fabricate real objects, turning creative ideas into tangible achievements. By focusing on SketchUp as the central design tool, learners gain practical CAD experience while mastering the full fabrication workflow—from digital modeling and print preparation to actual printing or CNC execution. It’s an ideal resource for families seeking hands-on, project-based learning that aligns with STEAM goals.

• Hands-on learning that reinforces core subjects: geometry, measurement, spatial reasoning, and material science come alive as students model parts, analyze tolerances, and evaluate fit and function.
• Project-based outcomes for homeschool portfolios: students complete printable objects and CNC-ready parts that can be showcased in science fairs or family projects.
• Curriculum-ready integration: aligns with STEAM education, technology education, and the engineering design process. Use it to support units on 3D modeling, prototyping, or digital manufacturing.
• Clear path from concept to creation: start with simple sketches, build in SketchUp, test printability, and finalize designs for home printing or service bureau production.
• Skill progression: beginners learn SketchUp basics, while more advanced learners explore STL workflows, extension tools, and CNC file generation.

Who this is ideal for: homeschooling families who want structured, mentor-led yet self-paced exploration of 3D modeling, 3D printing, and CNC fabrication. It’s suitable for middle school through high school learners, and it provides a solid foundation for students pursuing maker projects, engineering competencies, or digital design in various curricula.

Curriculum ties and practical use cases: Use this book to support STEAM units on design thinking, geometry (working with dimensions, scale, and transformations), and physics of materials. Create class-wide or family projects such as custom classroom tools, educational models (solar system, anatomical shapes, architectural scales), or functional prototypes. The guide also helps learners compare and choose between at-home printing and professional service options, teaching real-world decision making for makers and designers.

Inside, you'll find actionable steps for SketchUp on Mac or PC, importing and editing models from widely used sources, preparing printable files, and bridging to CNC workflows. With its practical focus and proven author experience in teaching drafting, digital modeling, and 3D printing, this paperback offers homeschool families a trustworthy, effective pathway to learning through creation.