The Julien Fournie SS 12 collection is a life-sized, neon-colored walk in the garden.
The Julien Fournie SS 2012 collection premiered at Paris fashion week, boasting avant-garde styled pieces and plenty of character. The line is anything but traditional, with frequent use of zippers, sheer fabrics and shimmering details. It also included a slew of bright colors in perfect combination with neutrals to tone down the wild silhouettes. Fun pieces included were a sheer plastic geisha-inspired zipper dress, a neon-yellow neck tutu and a floor-length tube dress with leather detailing and rubber fringing.
Despite the wildly futuristic theme of the show, some pieces are wearable. The series includes mini-dresses in futuristic colors, which could easily be incorporated into everyday attire. A super fun piece on the wearable side is a pink silk mini-dress with a monk crossover collar.
Floral Architecture Fashion
The Julien Fournie SS 2012 Collection is Daring
Trend Themes
1. Avant-garde Fashion - Exploring daring and unconventional styles in the fashion industry opens up opportunities for disruptive innovation.
2. Sheer Fabrics and Shimmering Details - The use of sheer fabrics and shimmering details in fashion design presents possibilities for disruptive innovation in textile manufacturing and embellishment techniques.
3. Futuristic Colors and Silhouettes - Embracing futuristic colors and silhouettes in fashion design creates avenues for disruptive innovation in garment construction and materials.
Industry Implications
1. Fashion Design - The avant-garde nature of the Julien Fournie SS 2012 collection suggests potential disruptive innovation opportunities in the fashion design industry.
2. Textile Manufacturing - The use of sheer fabrics and shimmering details in the collection highlights potential disruptive innovation opportunities in textile manufacturing.
3. Garment Construction - The incorporation of futuristic colors and silhouettes in the collection signals potential disruptive innovation opportunities in garment construction and materials.