Winnie Chang
MFA in Graphic Design - 3 Yr Path — Graduate Graphic DesignFernie
Fernie is a sustainable babywear brand created to rethink how parents shop for their growing children. I approached this project as an opportunity to design a system that balances emotional warmth with practical sustainability, turning an everyday routine into an act of care and renewal. I introduced a circular subscription model and recycle program that extend the life of every garment. Through calm typography, gentle color, and tactile materials, the brand expresses softness and trust while inspiring parents to nurture both their child and the planet.
Fernie was developed through a design thinking approach that reconsiders how baby clothing can better respond to real-life behaviors and environmental impact. The process began by observing how quickly babies outgrow clothing and how this cycle creates both emotional and material waste. Instead of designing individual products, I shifted the focus to designing a system—one that supports continuous use, return, and renewal. Through iteration, the project evolved into a subscription-based and circular model that balances usability, sustainability, and emotional connection. Visual identity, material choices, and digital experience were designed together to create a cohesive and scalable solution. By integrating design, technology, and service thinking, Fernie explores how everyday objects can become part of a more thoughtful and adaptive lifestyle, addressing both social needs and environmental change.
Through this project, I learned how to move beyond designing individual products and instead develop a holistic system that responds to real user behaviors and needs. I gained experience in applying design thinking to identify problems, test ideas, and refine solutions that balance creativity with practicality. This process also strengthened my ability to integrate branding, product design, and digital experience into one cohesive strategy, while considering sustainability, scalability, and real-world application.