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Creating a Rubik's Pyramid in SolidWorks: A Sample Assignment Solution

September 13, 2024
Jordan Lee
Jordan Lee
🇬🇧 United Kingdom
3D Modeling
Jordan Lee is a seasoned professional with 9 years of experience. He earned his master’s degree in mechanical engineering and has assisted around 1000 students to solve their solidworks assignment.
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Key Topics
  • Assignment Details
    • Objective:
    • Requirements:
    • Submission:
  • Final Solution
    • Related Files

In this sample assignment, we demonstrate how to create a Rubik's Pyramid using SolidWorks CAD software. This project showcases the detailed process involved in modeling a complex geometric puzzle, providing an example of the quality and precision you can expect from our help with SolidWorks assignments. By closely following the video instructions, we carefully designed and assembled each component of the pyramid, ensuring every detail was captured accurately. This example highlights our expertise in 3D CAD assignment help and serves as a valuable resource for students looking to enhance their SolidWorks skills.

Assignment Details

Objective:

The goal of this assignment is to design and assemble a Rubik's Pyramid using SolidWorks CAD software. This task will help you develop and enhance your 3D modeling skills, as well as your ability to follow detailed instructions to create a complex geometric shape.

Requirements:

1. Design and Model:

  • Use SolidWorks to create individual components of the Rubik's Pyramid, including the pyramid faces and internal mechanism.
  • Ensure that all dimensions and features align with the specifications provided in the instructional videos.

2. Assembly:

  • Assemble the modeled components to form a fully functional Rubik's Pyramid.
  • Pay close attention to the alignment and movement of parts to ensure they fit and operate correctly.

3. References:

https://vimeo.com/916844836?share=copy

https://vimeo.com/918446923?share=copy

https://vimeo.com/919432526?share=copy 

Submission:

  • Submit the final SolidWorks files, including the individual part files and the fully assembled Rubik's Pyramid.
  • Include a brief report explaining the design choices and any challenges encountered during the modeling and assembly process.

Final Solution

Rubik's-Pyramid-Design

Rubik's-Pyramid-Design-1

Rubik's-Pyramid-Design-2

Rubik's-Pyramid-Design

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