This five-lesson plan aims to engage 9th and 10th-grade students in creating bee-friendly spaces on the school campus by designing and building functional bee hotels. The project combines 3D printing with woodworking skills, encouraging students to explore the intersection of technology and traditional craftsmanship.
Materials List:
Lesson 1: Introduction to Bee Ecology and Importance:
Lesson 2: Introduction to 3D Printing and Tinkercad:
Lesson 3: Woodworking Basics and Project Planning:
Lesson 4: 3D Printing and Makerspace Work:
Lesson 5: Finishing and Installation:
Additional Resources and Inspiration:
Attachment:
In this introductory session, students delve into the vital role of bees in ecosystems. A brief presentation outlines the significance of pollination and the impact of declining bee populations. Collaborating with the biology class enhances understanding, setting the stage for a project aimed at creating a bee-friendly environment on the school campus.
1. Introduction and Setting the Stage:
2. Brief Presentation:
3. Collaboration with Biology Class:
4. Reflection and Discussion:
5. Assignment:
6. Conclusion:
Students will design their bee structure in Tinkercad (Or OnScape of Fusion360 etc) Building upon existing Tinkercad skills, this lesson introduces advanced 3D printing concepts and intricate Tinkercad features. Students engage in a hands-on design session to create complex structures that seamlessly blend 3D printing with woodworking elements for their bee hotels. The lesson fosters a deeper understanding of design principles and encourages students to explore the full capabilities of Tinkercad.
1. Introduction to Advanced 3D Printing Concepts:
2. Advanced Tinkercad Features:
3. Advanced Design Assignment:
4. Hands-On Design Session:
5. Peer Review and Collaboration:
6. Reflection and Iteration:
7. Conclusion:
This session focuses on imparting basic woodworking skills to students as they prepare to construct the outer housing for their bee hotels. Students will engage in hands-on activities, including safety demonstrations, practice cuts, and planning sessions. The lesson aims to equip students with the foundational knowledge and skills necessary for seamlessly integrating woodworking with their 3D-printed components in the upcoming sessions.
1. Introduction to Woodworking:
2. Safety Briefing:
3. Practice Cuts:
4. Project Dimensions and Guidelines:
5. Planning Session:
6. Individual Consultations:
7. Material Selection:
8. Homework Assignment: Refine Woodworking Designs:
10. Conclusion:
In this hands-on session, students will bring their Tinkercad designs to life by 3D printing the components for their bee hotels. The focus is on the practical application of their 3D printing skills, with students monitoring the printing process and beginning the assembly of their bee hotel structures in the Makerspace. The lesson emphasizes precision, attention to detail, and the integration of 3D-printed elements with the woodworking components.
1. Introduction to 3D Printing Session:
2. Preparation of 3D Printers:
3. Printing Demonstration:
4. Individual Printing Sessions:
5. Makerspace Work:
6. Quality Control and Troubleshooting:
7. Assembly Preparation:
8. Reflection and Documentation:
9. Homework Assignment: Finalize Woodworking Components:
10. Conclusion: