Arts Thread

Jennifer Gervasi
Fashion Design BA

NABA Nuova Accademia di Belle Arti

Graduates: 2021

Specialisms: Sustainable Fashion/Textiles / Womenswear / Accessories

My location: Milan, Italy

jennifer-gervasi ArtsThread Profile
NABA Nuova Accademia di Belle Arti

Jennifer Gervasi

jennifer-gervasi ArtsThread Profile

First Name: Jennifer

Last Name: Gervasi

University / College: NABA Nuova Accademia di Belle Arti

Course / Program: Fashion Design BA

Graduates: 2021

Specialisms: Sustainable Fashion/Textiles / Womenswear / Accessories

My Location: Milan, Italy

About

I am a fashion student living in Milan. My ambition is to become desired as the reflection of something that is open, ethical, dynamic and creative. I have a penchant for fashion archives, collection of past and future trends, performing arts, music artists and fashion events. I consider the music to be the first promoter of many visual trends

COLLABORATION PROJECT 2 0 20 Future / Lab was born thanks to the pro eco-sustainability contest, launched by Fulgar in collaboration with luxury textile companies. Each student of ten has been selected in the school, had to interact with the different materials proposed, designing and creating an appropriate outfit. Within the project you can find: recycled nylon, biodegradable or derived from more natural sources. The proposed materials are different alternatives to the conventional and impactful textile solutions present in the fashion system. We also collaborated with Lampo to obtain the new biodegradable zippers and Framis for customized pressure prints. For some time, fashion has been renewed by proceeding backwards, however, between the revival of past styles and trends, a new need is added: create according to the environment. In order to continue to do so without tragic repercussions, the new designer returns to be the one who combines aesthetics with utility. Q-NOVA®: it is an eco-sustainable fiber. The company’s production process reduces CO2 emissions and consumption of water resources. Q-NOVA® is obtained from regenerated raw materials through a mechanical process that does not involve the use of chemical materials, without compromising the sustainability of the final product. LINK TO INTERVIEW: https://youtu.be/Y8rNQZTAFXc