Dexig.NA Tilpassbar minibag by Arin Jeong

Dexig.NA Tilpassbar minibag by Arin Jeong is a highly esteemed winner of the very prestigious 2021 A' Design Award i Sølv in Mote- og Reisetilbehørsdesign Competition Category.

SølvTilbehør· 2021

Dexig.NA Tilpassbar minibag

by Arin Jeong

A' Design Award i Sølv Winner in Tilbehør Category

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Verified Award Winner

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Colors

The Design

About Dexig.NA Tilpassbar minibag

Dexig.NA er en tilpassbar minibag laget av kuskinn. Navnet kombinerer ordene design og DNA. Formen på veska er vridd, inspirert av formen på gener. Mønstre hentet fra dyr, planter og insekter er trykt på skinnet ved hjelp av digitaltrykk. Lette magneter inne i veska gjør at mønstrene fritt kan festes og fjernes, slik at hver bruker kan komponere en personlig design. Veska måler 220 x 25 x 90 millimeter. Hensikten er å hjelpe folk med å uttrykke personlighet og bygge relasjoner.

The Recognition

About the A' Design Award i Sølv

Dexig.NA Tilpassbar minibag er vinner av A' Design Award i Sølv, en usedvanlig prestisjefylt anerkjennelse som tildeles design i toppklassen som er nydelige og imponerende. Sølvvinnere er enormt briljante og usedvanlig kreative verk som viser designernes enestående ekspertise, talent og skarpsindighet. Dexig.NA Tilpassbar minibag forventes å være et praktfullt utstillingsverk som er bemerkelsesverdig profesjonelt og dypt nyskapende. Dette designet, som har vunnet A' Design Award i Sølv, er en svært bemerkelsesverdig, beundret oppfinnelse som gagner og flytter grensene for kunst, vitenskap, design og teknologi. Dexig.NA Tilpassbar minibag er et skaperverk mange misunner, som vekker ønsker, gir positive følelser og vekker undring og forundring.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: Design your own DNA. DexigNA
Humans get happiness in various relationships with people. I thought about how a designer could help people build relationships. I designed a bag that allows users to express each other's personalities metaphorically so that they can attract each other's attention. Dexig.NA is a compound word of Design and DNA that is a twisted leather bag designed inspired by the form of genes.
Dimensions & Packaging: Size : 220mm*25mm*90mm
Tags: bag, customizing, personality, minibag, leather, modern
Production Technology: After extracting the line with Rhino, a bag was made using cow leather. The pattern was printed by digital printing on the leather.
Design Challenge: It was the hardest to create a twisted shape like a gene. However, after prototyping from numerous angles, I found the most appropriate degree of twist.
Research: Humans become happy through relationship. I designed DexigNA from the question that how the designer can increase the number of human encounters. Can't we wear our own personality that we judge? As if expressing oneself through fashion, hairstyle, and makeup to radiate charm, the personality can also be expressed metaphorically through fashion! Linea Pelle's leather was supported, and it was produced under the guidance of Professor Kanghyun Lee and Cheolyong Choi of Hongik University.
Inspiration: We are created and live by a given gene. The DexigNA project, which started with the idea of'Can't users design their own genes?', is inspired by the twisted and connected forms of genes. The pattern design is inspired by the patterns of animals, plants, and insects. Because we use different creatures a lot when comparing their friends, family, or else. Users can freely decorate their bags using patterns and magnets attached to each bag.
Project Duration: The project was started from March 16 to July 3, 2020, and will be exhibited at the Hongik University exhibition place in LineaPelle, Italy in the spring of 2021.
Operation Flow: This bag is attractive in itself as user can customize their own mini bag even if the user does not know the purpose and meaning of the bag or pattern. There is a light magnet inside the bag. Users can freely attach and detach the pattern they want to design the bag as if creating their own genes.