Tutorial Assemblr untuk media pembelajaran (AR)

Summary

In this tutorial, the presenter teaches educators how to create a 3D interactive ecosystem design using tools like Canva, Assembler, and Slimmer Studio. The process involves selecting background elements, positioning animals and plants, and adding text to create a visually engaging and dynamic teaching resource. Once the design is complete, it can be previewed, exported, and viewed interactively on mobile devices. The guide emphasizes the importance of these tools in enhancing classroom materials and fostering student engagement through technology, offering a hands-on approach to learning.

Takeaways

• 😀 Learn how to create a 3D ecosystem design using Canva, Assembler, and Slime Studio.
• 😀 Canva is used for creating the initial design, incorporating elements like trees and animals.
• 😀 Use Canva’s search feature with keywords like 'watercolor' to enhance the design with artistic effects.
• 😀 After designing in Canva, download the image as a PNG file to import into Assembler.
• 😀 Assembler allows you to manipulate the design in 3D, adjusting elements' positions, scales, and rotations.
• 😀 The 3D tools in Assembler let you place objects in three dimensions, such as moving elements along the X, Y, and Z axes.
• 😀 Add text, like the title 'Ecosystem,' in 3D to make the project more interactive and visually engaging.
• 😀 The 3D design can be viewed from different angles, enhancing its realistic appearance.
• 😀 After completing the 3D effect, the project can be previewed, downloaded, and shared with others.
• 😀 Slime Studio is used to scan the 3D design on a phone and view it in real-world space for an immersive experience.
• 😀 The tutorial is aimed at educators, helping them create engaging educational content for students with 3D visuals.

Q & A

What is the main topic of the video?

The main topic of the video is how to create 3D visual effects for educational materials using applications such as Canva, Assembler, and Slimer Studio.

Which applications are used in the process demonstrated in the video?

The video demonstrates the use of Canva, Assembler, and Slimer Studio to create and manipulate 3D visuals.

How does Canva contribute to the design process?

Canva is used to create the initial design by selecting backgrounds, images, and elements like animals, and applying artistic effects such as watercolor for a painted look.

What is the purpose of using Assembler Studio in the tutorial?

Assembler Studio is used to transform the 2D design from Canva into a 3D layout, allowing the user to manipulate and position elements in three-dimensional space.

What are the key tools demonstrated in Assembler Studio?

Key tools in Assembler Studio include the move, rotate, scale, and coordinate adjustment tools, which allow users to position objects along the X, Y, and Z axes.

What is the purpose of rotating and adjusting the Z-axis in Assembler Studio?

Rotating and adjusting the Z-axis helps position objects in a 3D space, ensuring that elements appear at different depths and layers, creating a more realistic 3D effect.

How is text added to the 3D design?

Text, such as the word 'Ecosystem,' is added to the 3D design by importing it into Assembler Studio, adjusting its size, position, and orientation to make it appear in 3D space.

What is the final step in the design process before sharing the project?

The final step is previewing the design to check how it appears in 3D. Once satisfied, the design can be exported, printed, or shared through Slimer Studio for augmented reality viewing.

How can educators share the 3D design with students?

Educators can share the 3D design by scanning it with a mobile device using the Slimer Studio app, allowing students to view the design in augmented reality on their phones or tablets.

What is the educational benefit of using these 3D design tools?

These tools can help make learning more interactive and engaging by allowing students to interact with 3D visualizations, thus enhancing their understanding of complex topics, such as ecosystems.