Product Description:

The "Exploration of 3D Development Using Tinkercad" course is designed for learners in grades 6-8. This comprehensive 15-hour course introduces students to the world of 3D design and printing. Using Tinkercad, an accessible and user-friendly CAD software, students will learn how to create, modify, and print 3D models. The curriculum emphasizes the Engineering Design Process, encouraging students to brainstorm, design, and iterate their creations to solve real-world problems.

Course Features:

• 15 Lesson Hours: The course includes 15 detailed lessons that cover a wide range of topics in 3D design and printing.

• Curriculum and Supporting Materials: Comprehensive lesson plans, activity guides, and additional resources to support effective teaching and learning.

• Ongoing Product and Curriculum Support: Continuous support to ensure the curriculum remains relevant and effective.

• Professional Development: Training sessions for educators to deliver the course content effectively and facilitate student learning.

• Facilitation by a Trained STEM Instructor (Optional): Option to have a professional STEM instructor lead the course.

Learning Target Examples:

1. Computer-Aided Design: Navigate Tinkercad.

2. Modeling Pt. 1: Use Tinkercad to design an object to print at full scale.

3. Modeling Pt. 2: Use Tinkercad to create a model of a bag tag to print.

4. Modifying Designs: Search and modify an object already found in Tinkercad.

5. Designing a Stamp Pt. 1: Create a detailed blueprint and sketch of a design solution.

6. Designing a Stamp Pt. 2: Design a product solution.

7. CAD Applications: Understand 3D printing applications.

8. Engineering Design Pt. 1: Use the Engineering Design Process to solve a problem.

9. Engineering Design Pt. 2: Work in teams to develop a product solution.

10. Slicing Software: Choose the best orientation of a model for 3D printing.

11. Preparing for Printing: Calculate the cost of a 3D print.

12. Printing in 3D: Identify the parts of a 3D printer.

13. Product Testing: Test a product solution.

14. Design Improvements: Use the data from my test to suggest design improvements.

15. Reflect and Share: Reflect on my design and my development experience.

Equipment Included:

• Classroom Set of 3D Printers: A set of 3D printers for students to print their designs.

• Supporting Materials: Various materials required for hands-on activities, including filament, tools, and safety equipment.

• CAD Software Access: Access to Tinkercad and other necessary software for 3D design and printing.

Professional Development:

• Teacher Training: Comprehensive training sessions to equip educators with the skills and knowledge to effectively teach the course.

• Ongoing Support: Continuous professional development opportunities and support to ensure successful course delivery.

Additional Information:

• Designed for Learners in Grades 6-8: The course is tailored to meet the developmental and educational needs of students in this age group.

• Hands-On Activities: Emphasis on interactive and engaging activities to foster a love for learning and exploration in STEM fields.

• Problem-Solving and Creativity: Encourages students to use their imagination and creativity while learning the basics of 3D design and printing.

At NextWaveSTEM, we make 3D design exciting for students in grades 6-8 through engaging, hands-on Tinkercad lessons. Our course teaches young learners to create, modify, and print their own 3D models using cutting-edge technology and intuitive tools. Each interactive course lesson covers key aspects of 3D design and printing, helping students build valuable problem-solving and technical skills for the future.

To maximize student learning, we also provide professional development training for educators, ensuring effective course delivery. Plus, if needed, we offer the option of facilitation by a trained STEM instructor for a more guided learning experience. Whether students are designing custom objects or refining product solutions, they gain hands-on experience that prepares them for a world driven by technology and innovation.

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