3D Printed Skatepark Unit
Unit Overview:
In this unit, students dive into the world of 3D modeling and design by engineering their own miniature skateparks. Using Tinkercad and desktop 3D printers, students will learn how to plan, model, and prototype custom skate features like ramps, rails, and quarter pipes. This hands-on project builds foundational skills in spatial reasoning, design thinking, and additive manufacturing, all while engaging students through a fun, real-world context. The unit also fosters an appreciation for iterative design as students test, refine, and assemble their printed components into a functional mini skatepark.
Key Learning Outcomes:
Introduction to 3D modeling using Tinkercad
Understanding the design and function of skatepark elements
Learning the basics of 3D printing and how objects are sliced and printed
Applying the design process: plan, prototype, test, and improve
Strengthening digital literacy and spatial visualization skills
Encouraging creativity, persistence, and attention to detail through real-world design challenges
Unit Overview:
In this unit, students dive into the world of 3D modeling and design by engineering their own miniature skateparks. Using Tinkercad and desktop 3D printers, students will learn how to plan, model, and prototype custom skate features like ramps, rails, and quarter pipes. This hands-on project builds foundational skills in spatial reasoning, design thinking, and additive manufacturing, all while engaging students through a fun, real-world context. The unit also fosters an appreciation for iterative design as students test, refine, and assemble their printed components into a functional mini skatepark.
Key Learning Outcomes:
Introduction to 3D modeling using Tinkercad
Understanding the design and function of skatepark elements
Learning the basics of 3D printing and how objects are sliced and printed
Applying the design process: plan, prototype, test, and improve
Strengthening digital literacy and spatial visualization skills
Encouraging creativity, persistence, and attention to detail through real-world design challenges
Unit Overview:
In this unit, students dive into the world of 3D modeling and design by engineering their own miniature skateparks. Using Tinkercad and desktop 3D printers, students will learn how to plan, model, and prototype custom skate features like ramps, rails, and quarter pipes. This hands-on project builds foundational skills in spatial reasoning, design thinking, and additive manufacturing, all while engaging students through a fun, real-world context. The unit also fosters an appreciation for iterative design as students test, refine, and assemble their printed components into a functional mini skatepark.
Key Learning Outcomes:
Introduction to 3D modeling using Tinkercad
Understanding the design and function of skatepark elements
Learning the basics of 3D printing and how objects are sliced and printed
Applying the design process: plan, prototype, test, and improve
Strengthening digital literacy and spatial visualization skills
Encouraging creativity, persistence, and attention to detail through real-world design challenges