"KARTOON, a children’s chair crafted from recycled cartoon waste, embodies my vision for showcasing the beauty and versatility of recycled materials in furniture design. Working with paper pulp evokes the same excitement as childhood memories, and like children's abstract paintings, its final appearance boasts both perfections and flaws."
"Repurposing recycled paper pulp for product design parallels the craft of ceramic paste, forming unique shapes reminiscent of nature's organic patterns. KARTOON, composed of water, paper, salt, and rice flour, embodies eco-friendly design without chemical glue."
"Children's innate curiosity drives them to seek interaction and stimulation beyond mere sitting. Kartoon, designed with multiple points of engagement and inspired by the versatility of Lego, encourages imaginative play and creativity. Additionally, a spacious compartment beneath the chair provides convenient storage for children's belongings."
In crafting a chair that goes beyond mere functionality, I drew inspiration from Wassily Kandinsky's abstract art. His mastery of colors and forms, evoking vitality and joy, influenced my design process. By infusing the chair with Kandinsky's energy and vibrancy, I aimed to create a memorable piece that tells a story and ignites a sense of joy in its users.
Kartoon transcends being just a chair—it's a vibrant, oversized toy that beckons children with its captivating geometric shapes, igniting their curiosity and inviting them to play. Recognizing that the environment children interact with shapes their future lifestyles, designers have a pivotal role in creating spaces that foster education and inspiration. With Kartoon, we've crafted more than a piece of furniture; we've designed an interactive experience that sparks creativity and curiosity in young minds, paving the way for a brighter, more imaginative future.
Introducing "BICOCO" spice containers, crafted from eco-friendly coconut waste material and infused with the same spices they hold. This innovative approach harnesses the versatility of coconut waste and the natural colors of spices to create visually stunning and functional containers. Each boasts a unique color palette derived from the spices used, making them both aesthetically pleasing and easy to differentiate. With all ingredients sourced naturally and no glue used in production, "BICOCO" offers a sustainable solution for spice storage, enhancing both the culinary experience and environmental sustainability.
During the initial prototyping phase of BICOCO containers, we experimented with ceramic paste as our primary material. Drawing on traditional pottery techniques, we molded the paste into various shapes and refined our designs for both functionality and aesthetics. Though ceramic paste presented some limitations, it provided valuable insights into container form and structure, guiding further development using eco-friendly materials.
Through research, we identified coconut waste as a prime candidate for creating a sustainable material due to its abundance in tropical regions like Malaysia. Despite challenges in achieving durability without chemical additives, we experimented with ingredient combinations to create an eco-friendly prototype. Our efforts resulted in a successful material that meets necessary standards, showcasing the potential for repurposing fruit wastes in innovative ways.
Inspired by traditional Persian spice containers, originally made of glass, BICOCO pays homage to this cultural heritage. In Persian and Middle Eastern cuisines, spices play a vital role, often prepared by women through methods like drying and powdering herbs. Integrating the main characteristics of these spices into BICOCO's body material reflects our respect for this culinary tradition while aligning with our sustainability principles. We use only natural ingredients and avoid chemical agents and glues in the production process, underscoring our commitment to environmental preservation and honoring Persian culture.
Crafting a pen from ocean-extracted plastics filled with vegetal natural ink embodies innovation and environmental stewardship. Repurposing ocean plastics mitigates pollution and showcases sustainable design. Using vegetal ink minimizes reliance on synthetic materials and harmful chemicals. With each stroke, this pen inspires awareness of ocean conservation and sustainability. Together, we can combat plastic pollution and create a brighter future.
Crafting a pen shaped like a fish symbolizes the ocean's spirit and its inhabitants. Meticulously sculpted details pay tribute to the diverse sea creatures. The sleek curves and fluid lines evoke fish darting through water, while intricate scales and fins capture marine life's essence. Beyond aesthetics, this pen is an educational tool, sparking curiosity and appreciation for the sea. Each stroke reminds users of ocean preservation and protecting delicate ecosystems.
Applying bionic design principles to this project imbues the markers with efficiency and resilience inspired by nature. Drawing insights from marine organisms, we enhance the markers' performance and sustainability. Ergonomic designs mimic the adaptability of ocean life, promoting comfort and creativity for children. Engineered with durable materials, the markers feature self-healing properties, ensuring longevity and reducing environmental impact. Through bionic design, we create markers that reflect nature's ingenuity and contribute to a sustainable future.
For years, environmental concerns, especially water pollution, have plagued our lives and ecosystems. As a designer, I'm deeply invested in finding solutions with a positive impact. By focusing on children, I aim to instill lasting change through education and innovation.Crafting markers from recycled ocean plastic, I address both environmental and educational needs. Markers offer a creative outlet for children, but traditional ones pose risks with toxic ink and sharp tips. By replacing the sharp tip with a brush and using natural ink ingredients, I prioritize safety without compromising creativity, empowering children to shape a better future.
During the initial prototyping phase, we employed a 3D printer to create prototypes of our markers crafted from recycled ocean plastic. This allowed us to swiftly iterate on designs, experimenting with shapes and functionalities to ensure both aesthetic appeal and functionality. Through this process, we refined our prototypes to meet safety and usability standards while accurately reflecting our vision.
