This course requires a series of three projects to come together under a single theme of translating anomalies. Each project will evidently build on the next. A mixture of recorded data, research and a high level of careful design curation will ultimately lead us to one final product.  

For project one, we were asked to look closely at ourselves. We began by measuring our anthropometric dimensions, which we then used to build a scale model (1:10). Secondly we were to explore our bodies and record any interesting anomalies and mutations through a series of photographs. To complete our first assignment a composition drawing was required. Looking online or throughout books we were to create a 2D creative visual composition of what is under the skin. These three key requirements would be the building blocks for the second part of a three part series.  

Project two wanted us to design for tolerance. We were to design a concept for a product that fits perfectly on one of our finger, with the design relating to our anatomical research and areas of interest. Secondly to gain an understanding of how to wear our product, creative ways of measuring and gathering any information that may be necessary (hardness/squishiness). Finally, documenting our design as an illustrated explanatory proposition through a blog.      

To obtain the dimensions of my index finger I needed to create a mold. As I was limited for resources I was lucky enough to find some plaster of paris and some play-dough. I filled one small container with enough play-dough to wrap around my entire finger. After managing to get my finger out without disturbing the mold, I cast the mold with plaster of paris. Once the mold had set I pulled the play-dough off and tidied it up. 

Once my model was cleaned up I thought it could be interesting to revisit section two of project one. Looking closely at the body I decided to photograph interesting anomalies and mutations of my cast finger exploring the weird deformities that may have occurred during the casting and/or cleaning process. 

Due to unforeseen circumstances the outcome for project two had changed slightly. We were originally supposed to have designed a ring that is built off research from project one. We would then take our ideas and have them 3D printed for us to wear. With a few slight adjustments we would now need to design a ring that either fits a purpose or solves a problem. Shifting towards a new design I became interested in the idea of creating a ring with a movable part/parts, something to fidget with. I myself tend to fidget with objects on a daily basis so I feel a ring that allows myself to overcome my boredom, fits a purpose.  

Below are some precedents to help inspire me throughout this project. I still want to focus on my hands and how I can translate, bone structure, skin deformities and finger prints into a product. I have also included a bunch of rings that allow the user to move or play with in some form or way.  

After examining my research and looking over my precedents, I have drawn a few quick sketches looking at form, shapes and patterns. From the fluid motion of our finger prints, to exploring the rigid bone structure in our hands.  

I like the idea of fluidity. I feel as if it would make the most sense to create something that involves motion through ideas that have fluidity to them as opposed to something that is solid and stiff.   

My final concept was built on my desire to fidget with random objects and boredom. I wanted to create something that I could wear on a daily basis yet still fit within the guidelines of this assignment and serve a purpose. What struck me most from project one, were the detailed Dactyloscopy/fingerprints that contoured certain areas of my palm and fingers. Six stainless steel contours encase the polished black steel body. Like rubbing your fingers together, as you swipe the contours they spin around the ring. The ring encompasses a minimalist design that flows along the guidelines of the human body, while simultaneously fulfilling its designated purpose.