Thesis Collection
Yixuan Wang
Fashion Design (School of Art and Design)
About this Item
- Title
- Thesis Collection
- Date
- 2021
- Summary/Artist's Statement
- Image 1: My collection is inspired by red tides, an ocean phenomenon. It is a marine disaster referring to the sudden proliferation and aggregation of certain tiny phytoplankton, protozoa, or bacteria in the marine water body under certain environmental conditions. This causes the water body to change color within a certain range.
- Image 2: The intention is to gain awareness through these designs, of this beautiful but harmful ocean phenomenon. More attention should be paid to ecology and the environment.
- Image 3: The design concept is to use texture and fabrics to simulate the appearance of red tides. For this, the main colors are blue and red.
- Image 4: The fabric is velvet, denim, and mesh. Hardened fabric is used to simulate red tides.
- Image 5: The soft fabric highlights the beauty of the red tides and ignores its harm. Let’s better understand our ecosystem and protect it.
- Course/Degree Information
- Program/Degree: Fashion Design BFA
- Specialization: Sportswear
- Professor: Tom Scott
- Academic semester: Spring 2021
- Rights
- In Copyright
- The copyright for this work is held by its author/creator(s). Usage of this material beyond what is permitted by copyright law must first be cleared with the rights-holder(s). This work has been made available online by the Fashion Institute of Technology Gladys Marcus Library strictly for research and educational purposes. If you are the copyright holder for this work and have any objections to this work being made available online, please notify us immediately at [email protected].
- Identifier
- FIT Repository ID: fof_2021_0190
Citation
Wang, Y. (2021). Thesis Collection. FIT Institutional Repository. https://institutionalrepository.fitnyc.edu/item/28738
Wang, Yixuan. Thesis Collection. 2021. FIT Digital Repository, https://institutionalrepository.fitnyc.edu/item/28738
Wang, Yixuan. "Thesis Collection." FIT Digital Repository, 2021. https://institutionalrepository.fitnyc.edu/item/28738