Arts University Bournemouth
Specialisms: Textiles for Fashion / Material Innovation / Sustainable Fashion/Textiles
Location: London, United Kingdom
First Name: Annie
Last Name: Lightowler
Specialisms: Textiles for Fashion / Material Innovation / Sustainable Fashion/Textiles
Sectors:
My Location: London, United Kingdom
University / College: Arts University Bournemouth
Course / Program Title: Textiles BA Hons
Material lead textile designer, working with mixed media, knit, digital print and CAD embroidery. Taking an innovative approach for a CMF Fashion context, working towards high end couture outcomes. Prioritising found and repurposed materials.
With an investigative material lead approach, “materials reaction…” consists of couture fashion pieces, based upon key tactile and property phrases: "SOLID / MALLEABLE; STRETCH / WITHDRAW; SOFT IRIDESCENCE; CUSHIONED CHAOS; INTRICATE CONTORTION; OPEN / DENSE and VIVID NETS." Leaning into my innate desire to make first and with a CMF interest, this project has evolved from contrast based “Little Makes”, taking imagery, construction and property inspiration from these developed groupings. As a key part of my concept I collaborated with Photographer Jacob Cramp to document my "little makes" and final pieces on a model, merging disciplines to create atmospheric photographs of shared creative input.
"Intertwined" consists of fashion accessory and conceptual runway materials. Symbolising the merge and contrast of natural and man-made qualities found within an abandoned estate - Baron Hill, Anglesea, Wales, as my initial inspiration. All main samples captured in collaboration with AUB Commercial Photography contain or pair with knit varieties or imagery, pushing the boundaries of traditional knit associations and limitations. The final collection consists of solely of dead-stock or scrap plastic and leather, reworked. My attraction to open structure and transparency has fuelled the material and construction choices creating a bright lively collection with delicate details and multi-layered processes.