STEMfinity Bambu Lab Curriculum for 3D Printing Grades: 6-12 Number of Lessons: 10 Additional Resources: Sample Lesson Highlights: STEMfinity has developed the Make it Now: 3D Printing with a Purpose curriculum as a comprehensive, project-based learning solution specifically designed to be paired with Bambu Lab 3D printers. This curriculum guides students through the complete 3D printing ecosystem, from mastering Bambu Studio slicing software to utilizing advanced hardware features like the Automatic Material System (AMS) for multicolor printing. By combining STEMfinity’s structured, standards-aligned lessons with the high-performance capabilities of the Bambu Lab X1E, educators can provide a seamless transition from digital design to physical production while teaching essential engineering and entrepreneurial skills. Main Features: Comprehensive 3D Printing Education: A structured 10-lesson curriculum designed for 6th–12th grade students, moving from basic slicing to advanced software integration. Hands-on Project-Based Learning: Every lesson includes a "You Try!" project, such as designing fortress walls, creating custom bubble wands, and engineering battle tops. Software Mastery: Provides step-by-step guidance for Bambu Studio, Tinkercad, HueForge, and MakerLab. Technical & Soft Skills: Students develop technical proficiency in slicing and 3D modeling while practicing engineering skills like troubleshooting, precision measurement with digital calipers, and iterative design. Ready-to-Teach Resources: Each module is equipped with a Teacher Guide, Student Guide, and Resource Sheets/Knowledge Checks to streamline classroom implementation. Curriculum or Lesson Topics: Lesson Topic Core Objectives & Skills 01 Fortress Foundations Use Bambu Studio’s primitive shapes to build a castle and learn the importance of print orientation. 02 Material Matters Identify different filament types (PLA, PETG, TPU, Carbon Fiber) and select the best material for specific uses. 03 From CAD to Printing Recognize differences between mass production and custom manufacturing while designing personalized models in Tinkercad. 04 Measure Twice, Print Once Master the use of digital calipers to accurately measure and design parts that meet specific tolerances. 05 Go to Market Explore infill patterns and density to balance print time, strength, and material costs for entrepreneurship. 06 Multicolor Printing Understand the Automatic Material System (AMS) and assign colors to models using the Bambu Studio paint tool. 07 Post Processing Prints Learn techniques for removing supports, sanding, and applying professional paint finishes to 3D prints. 08 HueForge Use specialized software to create high-detail, multicolor 3D images by layering specific filament colors. 09 Battle Tops Project Apply engineering design principles to create, test, and refine a spinning top for a longest-spin competition. 10 MakerLab Create complex, custom models using advanced web-based tools that don't require traditional CAD experience. Standards Alignments: Our curriculum is aligned with several national and state educational frameworks: NGSS (Next Generation Science Standards): Focuses on Engineering Design (ETS1), including defining criteria/constraints, evaluating solutions, and developing models for iterative testing. ISTE (International Society for Technology in Education): Covers the Design Process (1.4.a), Design Constraints (1.4.b), Prototypes (1.4.c), and Communicating Complex Ideas (1.6.c). STEL (Standards for Technological and Engineering Literacy): Emphasizes developing plans, citing constraints, and implementing quality control (STEL-1R, 2X, 2Y). State Specific Standards: Aligned with Career and Technology standards for Texas (Practical Technology Concepts), Florida (Digital Artifacts), California (Computational Artifacts), and Georgia (Engineering/STEM Systems). Special Notes or Considerations: PLEASE NOTE: STEMfinity does not accept returns on digital goods or printed materials. All sales are final.
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