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Engineering Design Process & Puzzle cube project
Engineering Design Process & Puzzle cube project
Your engineering notebook, will document your steps in the Design Process :
1) Identify the client and their PROBLEM:
New Client: ABC Furniture, Problem: so much waste of wood - many ¾” maple cubes); WRITE OUT DESIGN BRIEF and DESIGN STATEMENT
2) Research - Puzzle cube ideas - puzzles for children, how to market, ...
3) Brainstorm - - How many shapes can you make from 5-6 cubes? (you should have at least 8 different brainstormed sketches in isometric or oblique views)
4) DRAW SOLUTION IDEAS: “3-story” or “3-floors” way of solving problem of inventing interlocking puzzle cube pieces- using colored pencils to identify each puzzle piece (you can do this on isometric grid paper provided)
5) Choose your solution - create each puzzle piece in isometric drawing as well as an assembled view of the completed puzzle(you can do this on isometric grid paper provided)
3D Computer models in Inventor
3D Computer models in Inventor
Each student designs a 3-D puzzle cube first by brainstorming on paper, and developing isometric 3D mechanical drawings.
Each student designs a 3-D puzzle cube first by brainstorming on paper, and developing isometric 3D mechanical drawings.
Then, the puzzle pieces are created on the computer, learning how to create an assembly of parts with Inventor, and "explode" the assembly in a presentation sheet. Also, we create a multi-view drawing with annotations.
Then, the puzzle pieces are created on the computer, learning how to create an assembly of parts with Inventor, and "explode" the assembly in a presentation sheet. Also, we create a multi-view drawing with annotations.
Finally, the cubes are constructed from wooden cubes into an actual physical puzzle.
Finally, the cubes are constructed from wooden cubes into an actual physical puzzle.
3D Computer models in Inventor
3D Computer models in Inventor
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