Category
Juried Art - 3-D
Description
This sculpture's foundation consists of a wire framework embedded in the figure and anchored to a substantial wooden base. The sculptural form itself was crafted using Sculpey clay, cured in multiple layers, and adorned with acrylic paint. A luminescent wire base, featuring over 10 different settings controllable via a remote, was affixed to the base using hot glue and connected to an electrical port for viewing. The primary challenge faced during the creation process revolved around managing the sculpture's weight and ensuring structural integrity for ease of transport without introducing excessive wiring. To address this, I devised a solution involving a robust wire skeleton securely screwed into the base, presenting a cleaner aesthetic compared to hammering. While this rectified stability issues, concerns persisted regarding the weight distribution between the top and bottom parts. To mitigate this, I strategically incorporated two stress points on the base leg. Concealed by clay coverings, these controlled cracks provided flexibility during transportation, preventing additional cracks from emerging due to stress on the sculpture. Despite the difficulties, this project is durable, strong, visually appealing, and traversable making this submission a viable candidate for evaluation.
The Flight of the Marauder
Juried Art - 3-D
This sculpture's foundation consists of a wire framework embedded in the figure and anchored to a substantial wooden base. The sculptural form itself was crafted using Sculpey clay, cured in multiple layers, and adorned with acrylic paint. A luminescent wire base, featuring over 10 different settings controllable via a remote, was affixed to the base using hot glue and connected to an electrical port for viewing. The primary challenge faced during the creation process revolved around managing the sculpture's weight and ensuring structural integrity for ease of transport without introducing excessive wiring. To address this, I devised a solution involving a robust wire skeleton securely screwed into the base, presenting a cleaner aesthetic compared to hammering. While this rectified stability issues, concerns persisted regarding the weight distribution between the top and bottom parts. To mitigate this, I strategically incorporated two stress points on the base leg. Concealed by clay coverings, these controlled cracks provided flexibility during transportation, preventing additional cracks from emerging due to stress on the sculpture. Despite the difficulties, this project is durable, strong, visually appealing, and traversable making this submission a viable candidate for evaluation.
Comments
Undergraduate - 1st Place Award Winner