A bit of an introduction

    Welcome. My name is Avery. I'm an interdisciplinary artist, majoring in jewelry, interested in exploring the materiality of art and using materials to influence and evoke thoughts about various topics and issues. As a queer non-binary person, my work often intersects with my identity, analyzing myself, my perspectives, how I'm perceived, or societal expectations of behaviour and aesthetics. I take inspiration from members of my community, nature, as well as mathematics and the sciences.

    This blog will serve to chronicle my thought processes and documentation as I explore and learn object design and fabrication practices.

 

    Project One

    In this first project exploring laser cutting and patterns, I'm interesting in creating a clock like mechanism that doesn't allow the viewer to tell time, but instead creates a unique time based experience. As well as having moving parts, I intend the centre of the piece to have a means of holding a 3D form, and to be capable of manipulating that form in space. I'm taking inspiration from space filling fractal patterns, as well as the concentric patterns found in crystal formations such as bismuth. I find bismuth particularly interesting because of the square spirals it forms, a formation that is fairly unique to this mineral, as well as the colourful oxides that coat its surface. 


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Project Two Progress

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    I've settled on making my jewelry design a tiara, but I'm still figuring out the final design that will be. I've been experimenting with various tools to create geometric patterns for the tiara. I'm mainly inspired by the inclusions formed in the rainbow lattice sunstone in the concept post for this project, but I've also been exploring more curved geometry inspired in part by mathematical topology.     Something that needs to be considered for my concept to work, is that for the tiara to be printed as a negative cavity that can be filled with liquid, is that all piece of the tiara must be connect, with the smallest cross section to be no smaller than 2mm in order to ensure printing clearance for the gap, and that the surface tension of the liquid I use to fill the cavity doesn't keep air bubble from escaping.     I am also contemplating another method to reach similar outcome, where I instead 3D print only the outer shell of the tiara, o...
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Project Two Concept

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For this project, I want to model jewelry inspired by gemstone inclusions, where I created a negative of the jewelry, so that it looks as though it is trapped within the solid material,  I'm going into this project with the intent of using the models for the third project, so that I can spend more time on experimenting with the material.       Some basic sketches of a ring and a geometric shape as cavities within the clear PLA, as well as a sketch of several "trapped" pieces of jewerly strung together for a necklace.   A (very) rough sketch of a tiara cavity inside the solid clear plastic. As far as printing goes, I'm going to attempt to print the pieces with a hollow low density infill between the cavity and the outer walls, and then fill that with either a clear liquid such as water or oil, or fill it with epoxy resin. Here are a few images of gemstones with inclusions that I'll be taking inspiration from. Quartz with red rutile inclusions Quarts point with pe...
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