Pearl Lunarglyph

The Lunarglyph project is a product of exploring Earth, space, and the human relationship with and between both. The Pearl Lunarglyph translates the formation of a pearl into a Matryoshka-like capsule for discovery in the exploration of the remnants of landers and rovers sent to the moon.

Thinking beyond individual existence, the Lunarglyph tiles translate natural phenomena into a cultural artifact, proposed to be used as ballasts with an earthly, human upon touch Astrobotic's Griffin. I specifically chose the pearl(and by extension, the oyster) because of their ultimately finite existence in the universe. Where gemstones like diamonds are highly valued but can be created with relative ease throughout the universe, pearls require life under extremely specific conditions to be produced.

The lunar glyph was developed through narrative sketch notes studying the formation of pearls, which was translated into static icon studies. From there, the tile was modeled after the icons and developed using Solidworks and medium-fidelity 3D prints. The final tile is plated sintered steel which was brought to be presented at Astrobotic.
Duration:
4 weeks

Skills:
Sketch Notes
Iconography
Sketch Prototyping
Solidworks Modeling
Keyshot Rendering

This project is a continuation of MoonArk.
Sketch notes on the formation of pearls: natural, cultured, fashion pearls, and notable factors determining qualities of the pearls.
Developing icons from sketch notes; translating icons into potential 3D glyphs.
Damascus sintered steel top shell. Screws together with the bottom shell onto the lander to create an interpretation of an oyster.
Nickel plated sintered steel water ripple layer. Water quality effects the nutrients that an oyster may receive and impact pearl quality.
Nickel plated sintered steel nacre layer. Also known as mother of pearl, is oyster mucus that is slowly excreted in layers that form both shell and pearl.
Nickel plated sintered steel mantle layer. Stylized to invoke the imagery of a muscle tightly holding onto a pearl.
Pearl: held by the mantle layer and peeks out of the hole in the bottom shell, free floats between the mantle and the shell like in an oyster.
Damascus steel sintered bottom shell. The hole in the mantel layer fits together with the bottom shell to cradle the pearl in place.