Exhibition Design for Weaving At Black Mountain College
In collaboration with Julie J. Thomson, I co-curated Weaving at Black Mountain College: Anni Albers, Trude Guermonprez, and Their Students at the Black Mountain College Museum + Arts Center in Asheville, NC [link]. This page is devoted to the work I did on the exhibition's design. For more information on the research, the exhibition's primary objectives, and the accompanying book, please see this page in the scholarship section of this website.
The exhibition posed a number of challenges that preparatory design work had to address:
Unframed, unmounted textiles - many of the textiles shown in the exhibition had never been exhibited. We knew the larger pieces would have to be hung, but the museum's tin ceiling made hanging from the ceiling extremely time consuming. In consultation with textiles conservator Sarah Lowengard, I devised a method to hang these textiles from the wall using stainless steel cable, L-brackets, track lighting wire grippers, acrylic tubing, and flannel.
Thematic layout - the exhibition had seven primary themes: Learning to Weave, Material Studies, Design & Production, Weaving as Art, Ancient Antecedents, Continuances, and Weaving Literacy. Julie and I developed a layout which allowed for thematic zones, creating a distinct space for each theme. Since the installation of the unmounted textiles involved multiple steps and these pieces could not easily be rearranged, the layout of the exhibition was mostly developed ahead of time using dimensioned drawings, which brought clarity to the installation process.
Conservation concerns - textiles are light-sensitive, and loss of color due to fading is permanent damage which cannot be corrected through conservation. We were aware of our responsibility to the objects (and to those who lent these objects to the exhibition). Using my experience as a daylighting consultant for art spaces, our layout protected the most sensitive objects without losing the beautiful variety and connection to the outdoors unique to daylight.