3D Designing Simple Architecture Models in SelfCAD
Teaching students the basics of architecture can help them understand how buildings are planned and constructed. With the help of 3D modeling tools like SelfCAD, students can learn how to design buildings in a fun and hands-on way. This article is written for teachers, students, and schools to show how to create a simple architecture building using basic tools in SelfCAD.
SelfCAD is a 3D modeling software that is easy to use and available online. It does not require strong computer hardware or advanced knowledge of 3D design. With simple tools and interactive tutorials, even beginners can start creating projects quickly. This makes it a great option for classroom learning.
Why SelfCAD is Ideal for Teaching Architecture
SelfCAD is perfect for classroom use. Here’s why:
1. Easy to Learn: Students do not need to be experts to start. SelfCAD has a simple and clean interface that is friendly for beginners. Everything is clearly labeled, and students can easily locate the tools they need. There are video tutorials, step-by-step guides, and tips that make learning smooth.
2. Online and Downloadable Platform: SelfCAD runs directly in the browser. This means students can use it on school computers or at home. The software also comes with a downloadable version.
3. Interactive Tutorials: SelfCAD includes built-in interactive tutorials that guide users step by step. This helps students learn by doing. They can pause, rewind, and repeat until they understand the task.
4. Perfect for Project-Based Learning: With SelfCAD, students can create real 3D models for subjects like architecture, science, art, and math. It supports creative thinking and hands-on practice.
Step-by-Step Guide to Model a Simple Building
Check out the interactive tutorial to learn the process. In summary, we shall begin by launching SelfCAD and open the workspace:
Select a Cylinder from the 3D Shapes and set the parameters as follows:
Activate the Face Selection and use it to select the parts shown. Click delete to remove the selected parts:
Activate the Vertex Selection and use it to select every second vertex as follows:
Use Move tool to move Y to 85:
Select the other vertices remaining and move them by setting Y to 153 and click “X” to close the panel:
Select the tip of the object and select Round Object tool from the Modify category and set the Smoothness to 3:
Then set the Smoothness to 3 and then tick the check mark to finalize it:
Make a copy of the object and isolate it. Select a Cylinder from the 3D Shapes as follows:
Select the Cylinder and the copy made of the other object. Then choose Difference from the Stitch and Scoop category. Remove the copy of the object (mesh 4):
Select Add Thickness tool from the Modify category and tick the check mark to apply the thickness. Choose a Cylinder from the 3D Shapes and set the parameters as follows:
Select another cylinder, then choose the Copy Offset tool from the Tools category. Set the number of copies to 20 and then click Copy:
Move the meshes as follows such that the copies of the cylinders are positioned as follows. Then select all the the objects and cylinders and choose Union from Stitch and Scoop:
The design is now ready:
How to Use This Project to Enhance Classroom Learning
This project isn’t just about creating buildings. It helps students learn many other skills:
1. Creativity and Design Thinking: Students use their imagination to design something unique. They make decisions on shape, size, layout, and style.
2. Math and Geometry Practice: They apply measurements, shapes, angles, and sizes in a practical way.
3. Problem Solving: If something doesn’t fit or look right, students try other options. This builds logical thinking and patience.
4. Teamwork: Students can work in groups to build parts of a larger project. Each can handle a room, a wall, or a feature like the roof.
5. Real-World Connection: This makes students curious about buildings around them. They begin to ask questions like “Why was it designed this way?”
After the design process, you can use the built-in online slicer of SelfCAD to slice the designs and generate the G-code to send to your 3D printer. The video below shows how to slice files in SelfCAD.
Conclusion
3D modeling brings learning to life. With easy tools, visual design, and creative freedom, students gain valuable experience while having fun. Architecture teaches planning, design, teamwork, and practical skills. Using SelfCAD in the classroom helps students become problem solvers, thinkers, and creators.
Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.
Need to learn 3D modeling? Get started with interactive tutorials.