Margrethe Odgaard

Textile and colour designer Margrethe Odgaard apply herself to the sensual quality of colour in the surface. She works with colour as a full, sensory perception and believes that products made with the intention of nourishing the body and mind will have a positive impact on the viewer. With her intense focus on the interaction of colour, material and space, she aims to become clearer about how we as humans experience and emotionally connect with the world around us.

Odgaard shares her time equally between commercial collaborations and an artistic practice based on self-initiated research. On her client list is companies as Kvadrat, Muuto, Montana, HAY, and IKEA, and her exhibition catalogue includes solo exhibitions at Willumsen’s Museum (DK), Röhsska Museum (SE), Designmuseo Helsinki (FI), and Munkeruphus (DK). In 2015 she received the Three-year work grant from The Danish Arts Foundation and in 2016 she was awarded the prestigious Torsten and Wanja Söderberg Award (SE).

In addition to running her own studio, Margrethe Odgaard is part of the design duo Included Middle together with furniture designer Chris L. Halstrøm.

Before setting up her design studio in 2013, Odgaard worked as a printing assistant at The Fabric Workshop and Museum in Philadelphia, USA, followed by seven years as textile designer in the French fashion company EPICE. She graduated from The Royal Danish Academy of Fine Arts, School of Design in 2005 with additional studies at Rhode Island School of Design in USA.

Margrethe Odgaard Studio
Sturlasgade 14 T, 2.
Islands Brygge
2300 Copenhagen S
Denmark

Studio enquiries
hello@margretheodgaard.com

Versus for Calyah, 2021

MO VS 21

1/16

Awaken the senses through colour and craft. Versus Edition presents four distinctive wall tapestries designed by Margrethe Odgaard and individually handwoven from natural wool and silk by traditional artisans in Nepal. Uniting Himalayan craftsmanship with the Danish designers highly attuned eye for colour and textile design, these accent pieces are charged with a unique ability to reflect and absorb the light.