Sarah Nance, MFA, BA
Assistant Professor, Fibres and Material Practices, Studio Arts
Sarah Nance is an interdisciplinary artist working in installation, fiber and sculpture. Her site-responsive work constructs relationships between light, geology and time, elements that contribute to our understanding of place.
Before coming to Concordia, Nance held academic appointments at Virginia Commonwealth University as Visiting Assistant Professor/Area Head (2015-16) and Fountainhead Fellow (2014-15), both in Fiber. Following the completion of her MFA at the University of Oregon (2013), she participated in consecutive artist residences in Reykjavík and Skagaströnd, Iceland; much of her research continues to be based in Iceland and northern coastal regions of Canada and the U.S. She is also a member of the Milieux Institute for Arts, Culture and Technology at Concordia, affiliated with the Textiles & Materiality research cluster.
Nance's recent exhibitions include Antenna in New Orleans, LA; TRUCK Contemporary Art in Calgary, AB; Blue Star Contemporary Art Museum in San Antonio, TX; FrontierSpace in Missoula, MT; Linfield Gallery in McMinnville, OR; SEDIMENT and Quirk in Richmond, VA; Peoria Art Guild in Peoria, IL; SÍM Gallery in Reykjavík, Iceland; and Loft 594 in Brooklyn, NY; with upcoming solo exhibitions at 1708 Gallery in Richmond, VA and FoFA Gallery in Montréal, QC.
Areas of Expertise
Site-responsive installation, Sculptural fiber techniques, Analog and digital screen-printing processes, Dye/resist processes, Weaving, Beading, Machine- and hand-sewn construction
FBRS 240 / Fibre Structures I
FBRS 260 / Textile Printing and Dyeing I
FBRS 385 / Issues in Material Practices: Encoded Beads
FBRS 480 / Advanced Fibres
FBRS 610 / Graduate Fibres
Exogeology, also known as planetary geology, is a field of study that uses existing knowledge of geological (earthly) features and processes to research celestial rocky bodies. It is an inherently interdependent field: the basis of understanding newly discovered planets is rooted in first having a deep knowledge of Earth. Yet, distinguishing what constitutes "Earth" has become less and less direct. An estimated 48.5 tons of meteoritic material falls on the surface of our planet each day and is incorporated into local geologies. Industrial processes have altered recent and currently forming rock and ice layers; human activity has become geological, too.