Experimental Digital Fabrication

 


























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My First Definition

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   The First Definition:   Starting with a base curve in Rhino, I created a series of control points and connected them with lines. This will serve as the foundation for generating a more complex shape in Grasshopper.    I applied a script to generate multiple curves from a single input. This helps in creating structured variations that can later be transformed into surfaces. Adding more control points and connections to the base curve, Grasshopper is now defining relationships between the points to create a structured form.    Experimenting with parametric design, I generated a series of arched lines that follow the initial curve. These will help define the overall structure of the model.   The wireframe model is becoming more complex as Grasshopper generates additional connections.   A refined version of the structured grid, showing how Grasshopper manipulates data to create dynamic shapes. Adjusting parameters allows for different variatio...
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Chess Set

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      I started to Design the chess and try to think out of box, honestly I love geometric shapes so I thought I could make the chess characters very geometric and straight and thought about the meaning of each shape in graphic design and kind of tried to relate them to the chess characters. I ended up by designing robotic and geometric chess set. King  The king is the tallest one and it has six hands which I wanted to show the ability of the king in chess characters.  For the Queen I also used triangle and I designed hands to show the ability of this character in chess because in graphic design the triangles carrying the meaning ok power. Bishop Knight Rook 3D Print
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Drawing Part One and Two

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Part one: This is my starting point in  Rhino , where I created a  2D composition  using geometric and organic shapes. The design includes circles, angular structures, and fluid forms, which will later be processed in  Grasshopper  for pattern generation and extrusion. Using  Grasshopper , I applied  hatch fills, scribble textures, and contour lines  to specific regions of the composition. These different textures will add complexity when the design is  extruded and 3D printed .      This step focuses on  optimizing toolpaths  for 3D printing. On the left side, you can see the  Rhino viewport , where the generated  contour and pattern lines  have been converted into a dense toolpath. The red dots and lines represent  print movement paths , ensuring controlled material deposition. On the right side, in  Grasshopper , I have set up parameters to refine the  printing resolution and efficienc...
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