Sarah Louise White | Anti-migraine, 2023
Screenprint
Media Dimensions: 125 x 175 x 2 cm
Image Dimensions:
Unique Work
Unspecified
Sarah is a surface pattern designer specialising in printed textiles influenced by nature and urban structures interpreting textures, materials and colour to create patterns for fashion, interior and conceptual contexts. Inspired by humanity and well-being this dictates my design. Communicating positivity through colour palette and tactility. Materials are a language conveying messages through the senses providing emotional quality. The work illustrates a soft and, intricate approach, to fabric manipulation which is multi-functional in responding to symptoms of emotions, temperatures, and acoustic disturbance through pleating, layering and cutting. The process is layered, with different tones illustrating movement with weight changing different perceptions of space. Changing boundaries by cutting shapes into material adapts to the atmosphere adopting the technique of Devore. Sarah's interests are particularly in printed textiles focusing on tactility and colour and investigating colour which is specifically sensitive to diseases such as migraine, autism and SAD. I experiment through material manipulation, drawing in view of sensitive visual acuity, and smart inks for sensory issues by responding to scientific and participating studies in the faculties of textile design and 3D.
Screenprint
Media Dimensions: 125 x 175 x 2 cm
Image Dimensions:
Unique Work
Unspecified
Sarah is a surface pattern designer specialising in printed textiles influenced by nature and urban structures interpreting textures, materials and colour to create patterns for fashion, interior and conceptual contexts. Inspired by humanity and well-being this dictates my design. Communicating positivity through colour palette and tactility. Materials are a language conveying messages through the senses providing emotional quality. The work illustrates a soft and, intricate approach, to fabric manipulation which is multi-functional in responding to symptoms of emotions, temperatures, and acoustic disturbance through pleating, layering and cutting. The process is layered, with different tones illustrating movement with weight changing different perceptions of space. Changing boundaries by cutting shapes into material adapts to the atmosphere adopting the technique of Devore. Sarah's interests are particularly in printed textiles focusing on tactility and colour and investigating colour which is specifically sensitive to diseases such as migraine, autism and SAD. I experiment through material manipulation, drawing in view of sensitive visual acuity, and smart inks for sensory issues by responding to scientific and participating studies in the faculties of textile design and 3D.
Screenprint
Media Dimensions: 125 x 175 x 2 cm
Image Dimensions:
Unique Work
Unspecified
Sarah is a surface pattern designer specialising in printed textiles influenced by nature and urban structures interpreting textures, materials and colour to create patterns for fashion, interior and conceptual contexts. Inspired by humanity and well-being this dictates my design. Communicating positivity through colour palette and tactility. Materials are a language conveying messages through the senses providing emotional quality. The work illustrates a soft and, intricate approach, to fabric manipulation which is multi-functional in responding to symptoms of emotions, temperatures, and acoustic disturbance through pleating, layering and cutting. The process is layered, with different tones illustrating movement with weight changing different perceptions of space. Changing boundaries by cutting shapes into material adapts to the atmosphere adopting the technique of Devore. Sarah's interests are particularly in printed textiles focusing on tactility and colour and investigating colour which is specifically sensitive to diseases such as migraine, autism and SAD. I experiment through material manipulation, drawing in view of sensitive visual acuity, and smart inks for sensory issues by responding to scientific and participating studies in the faculties of textile design and 3D.
