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Introduction
Introduction
"Imagine turning your ideas into real, functional objects you can hold in your hands—this course will show you how!"
This course introduces you to the Technology Design Process, guiding you through 2D and 3D design to create functional, 3D-printed objects. You will start by designing 2D plan views in Piskel, then transform them into 3D models in Tinkercad. Using Cura, you will prepare your designs for printing, adjusting settings for strength and efficiency. You’ll test, refine, and improve your prints to ensure they work as intended. By the end of this course, you’ll have hands-on experience with 3D printing, problem-solving, and design iteration, just like real engineers and designers.
Your Learning Goals
Your Learning Goals
By the end of the course, you will:
Understand the Technology Design Process – You will learn how to follow the technology design process (Identify, Research, Plan, Create, Test, Improve) to develop a functional 3D-printed object.
Create 2D Design Concepts in Piskel – You will use Piskel to create 2D plan views of your 3D designs, focusing on structure, dimensions, and functionality before transitioning to 3D modeling.
Develop Functional 3D Models in Tinkercad – You will apply your Tinkercad knowledge to design functional objects that meet a specific purpose, considering size, proportions, and material constraints.
Optimize Designs for Printing – You will analyze your 3D models for weaknesses, apply design improvements, and ensure they are printable with minimal errors.
Test and Trial Prints for Functionality – You will look carefully at your designs and give feedback to others on theirs to consider how well they function, identifying potential errors or design flaws.
Refine and Improve Designs Based on Testing – You will apply iteration and refinement, using test results to modify and enhance your designs for better usability and printability.
Import and Prepare Models in Cura – You will import STL files into Cura, explore slicing settings, and make adjustments like infill density, layer height, supports, and bed adhesion.
What is 3D Design ?
What is 3D Design ?
3D design is the process of creating three-dimensional objects using digital tools, like building with virtual blocks on a computer. Instead of drawing flat pictures, you can design objects that have height, width, and depth—just like things in the real world!
Once you’ve created your design, you can use a 3D printer to bring it to life, layer by layer.
3D design is used in all sorts of cool ways, like making video game characters, designing prosthetics for medicine, creating custom jewelry, building prototypes for inventions, and even printing parts for rockets! It’s a skill that blends creativity with technology, and it’s changing the way we make things in the world around us.
What is 3D Printing?
What is 3D Printing?
3D printing is like magic! It’s a way to turn digital designs into real, physical objects by layering material (a special type of plastic) one super-thin slice at a time. Think of it like building a cake layer by layer, but instead of icing, we use melted plastic.
3D printers are machines that follow instructions from a computer to create these objects. They’re used in medicine, art, engineering, and even to make toys.
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