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Arts - Buffalo State College

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successful solution I found was to create a PMC metal clay slip,<br />

which is basically watered down PMC clay, then paint it on to an<br />

unglazed terra cotta claybody. After this is fired, the PMC is fused<br />

to the clay and then I can solder the PMC formed and fired metal<br />

pieces to the area coated in PMC slip. Through this discovery, I am<br />

able to combine these two different materials together to open new<br />

possibilities for my work and will allow me to push my ideas in a<br />

new creative direction.<br />

Presentation Type and Session: Poster III<br />

The Marriage of Materials<br />

Jacquelyn O’Brien, FAR 343: Advanced Sculpture<br />

Faculty Mentor: Professor Elena Lourenco, Fine <strong>Arts</strong><br />

As a developing artist, I am trying to awaken myself to the<br />

joining of materials in a harmonious way. I am deeply interested<br />

in exploring the organic curves one can attain in the bending and<br />

manipulation of wood veneers and linen fabrics. I am very attracted<br />

to the organic and natural elements of these materials, particularly<br />

in their relationship with each other and the space around them.<br />

Due to this attraction I am drawn to further analyze my interest;<br />

I am looking for new ways to interact with the materials so that I<br />

can learn new processes that may become useful to my aesthetic<br />

and practice and perhaps through further investigation, reveal<br />

what it is that pulls me to this organic set of materials and forms.<br />

Currently, I am exploring ways to work with sheets of plastic and<br />

fabric combined in a harmonious way. I hope to use this investigative<br />

process to better understand my materials as well as the process<br />

involved. The resulting aesthetic, which is most important, guides my<br />

hand and decisions throughout this process.<br />

Presentation Type and Session: Poster VIII<br />

Metalsmitten: Metal Work Mixed With<br />

Chase and Repousse<br />

Lena Scapillato, Metals/Jewelry<br />

Faculty Mentor: Professor Tara Nahabetian, Design<br />

My research during the fall semester was focused on the art of<br />

metalsmithing. Metalsmithing techniques started during the Bronze<br />

Age between 4000BC- 1000BC and continue to be utilized today. By<br />

combining basic metalsmithing techniques with advanced forming<br />

techniques I am able to give character to metal forms and vessels.<br />

A single vessel may be developed by using multiple metalsmithing<br />

techniques. For example, each metal object starts with angle<br />

raising, a technique used to create metal hollow forms from flat<br />

sheet through hammering. After the overall form is developed, I use<br />

chasing and repoussé to add texture and details to organic forms.<br />

Chasing and repoussé is an ancient technique that forms the metal<br />

by pushing both the front and the back of the metal. Through this<br />

technique I can also create low and high relief. Using historical<br />

metalwork such as bowls, reliquaries and vases as inspiration I<br />

<strong>Arts</strong><br />

designed vessels ranging from five to twelve inches. During my<br />

presentation, I will present images of metalsmithing processes and<br />

the finished metal objects. I will present this work with a poster that<br />

contains photos of the process as well as finished pieces.<br />

Presentation Type and Session: Poster II<br />

Molding Young Minds<br />

Sarah McNutt, Ceramics and Art Education<br />

Faculty Mentor: Professor Elena Lourenco, Fine <strong>Arts</strong><br />

During my student teaching experience I taught general art<br />

K-8th grade at Houghton Academy PS 69 in <strong>Buffalo</strong> where I had<br />

the opportunity to work with two 8th grade classes on this project. I<br />

developed and executed an assignment that involved these students<br />

with local art community resources and culminated in participation<br />

in a <strong>Buffalo</strong> <strong>State</strong> <strong>College</strong> aluminum pour. Students first examined<br />

the tile work of Richard Notkin focusing on the way he used symbols<br />

to convey larger ideas. The students were then challenged to create<br />

unique images and designs that were meaningful to them. After<br />

sketching out their ideas, each student transferred their designs on<br />

to a sand mold (a block of resin bonded sand made in advance)<br />

using the subtractive method of carving. Together with <strong>Buffalo</strong><br />

<strong>State</strong> Sculpture faculty and the cooperating teacher at Houghton<br />

Academy, Will Cavanaugh, we poured molten aluminum into the<br />

students’ carved scratch molds. Though we were unable to bring the<br />

students to the <strong>Buffalo</strong> <strong>State</strong> sculpture facility to see the actual pour,<br />

the whole process was documented through video. After trimming<br />

and polishing the tiles, we critiqued with the 8th grade students and<br />

watched the footage from the pour. This project taught me a lot<br />

about the process of finding funding to support special projects and<br />

establishing safety precautions with students in a classroom while<br />

working with new materials. It also offered student the chance to<br />

create sculptures with aluminum and learn about the art community.<br />

Presentation Type and Session: Poster IV<br />

Moving Metal: Artisan Gas Forge<br />

Construction<br />

Glen Stewart, Sculpture<br />

Faculty Mentor: Professor Elena Lourenco, Fine <strong>Arts</strong><br />

The majority of my artwork involves shaped and welded steel as<br />

either an internal armature, or as the primary structural element.<br />

Shaping of metals for works of art without an adaptable forge to<br />

heat them makes for less than ideal finished work, or consumption<br />

of expensive fuels and excessive studio time. Forges are used to heat<br />

malleable metals such as steel, copper, bronze, and malleable iron<br />

for the purpose of hammer forging, drop forging, forge welding,<br />

annealing, and other techniques utilized in the shaping and forming<br />

of metals. I have researched many gas forge designs and, using<br />

the best features of several, intend to construct a portable, flexibleapplication,<br />

natural gas-fired, artisan forge to assist me in my studio<br />

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