Kyleigh Noelle

Kyleigh Noelle is an interdisciplinary textile artist and designer from Toronto, ON, specializing in printmaking and knitwear design. Kyleigh has a rich artistic background, having graduated from the Claude Watson Arts Program at Earl Haig Secondary in June 2020 and from the University of Guelph with an Honors Bachelor of Arts in Studio Art in October 2024.

Kyleigh's work integrates traditional forms of printmaking—intaglio (zinc and copper etchings), relief (linoleum and woodcut), and silkscreen printmaking—within textile and fiber arts. Through intarsia colourwork knitting, Kyleigh designs pieces reminiscent of Matisse’s paper cutouts, exploring Henri Matisse’s work through a new medium.

Many of Matisse’s paper cutouts were initially intended as maquettes for larger works, such as stained glass and woven tapestries. As Matisse’s physical abilities declined in his later years, he could no longer paint or draw as he once did, leading him to create these explosively expressive forms which he was able to do from a wheelchair or hospital bed. This resonates strongly with Kyleighs artistic practice as her passion for knitting flourished during her personal experience of debilitation and illness. Kyleigh explores this concept by creating a new avenue for these maquettes, similar to Matisse’s original idea of woven tapestries; instead she is translating the forms into wearable works of art.

Kyleigh’s fascination with Matisse’s paper cutouts began during her university studies. After struggling with a severe eating disorder and enduring a challenging period of mental and physical illness, she sought a way to rediscover joy and purpose. This led her to Matisse’s work, which inspired the next phase of her creative journey.

Kyleigh’s work also focuses on ethical and sustainable textile production. She uses natural and organic fibers sourced from ethical manufacturing facilities to address the significant waste and unethical labor conditions present in the textile industry. This is a pressing issue that affects the planet and millions of people daily, and it requires revolutionary changes to preserve both the earth and humanity.