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# 2024 Oxynizer |
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This non-electric oxygen generator pairs with any bicycle pump to deliver oxygen in areas with limited medical infrastructure. It produces oxygen 1.5 to 2 times purer than air through a three-step process: compression, filtration, and refreshing. Designed for emergencies where power is unavailable, it features reusable filter materials and a universal hose system, ensuring sustainability. By integrating into bicycles, it can provide oxygen on the move, transforming bicycles into mobile oxygen delivery units, helping underserved regions develop a more resilient, self-sustaining oxygen supply system
Hello. I am Jiwon Kim from KAIST, South Korea. My studies are focused on how people interact with my creations. Based on my expertise in fine art and computer science, my creations integrate unique sound and interactive kinetic sculptures. My master's studies in industrial design have encouraged me to tackle global challenges with design solutions, including medical and environmental problems.more
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I am a M.S. student from CIDR Lab, Department of Industrial Design, KAIST. My research centers around human-centered design, with a focus on the development of design tools and mobility service design. I work on both software and hardware prototyping to develop innovative solutions that enhance the user experience.more
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I am a M.S. student from DxD Lab in the Department of Industrial Design at KAIST. My research focuses on human-centered design, particularly in the field of digital health. I primarily study and design technologies aimed at improving health and well-being, with the goal of fostering self-reflection and positive behavior change.more
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Nanyang Technological University
Targeted antimicrobial treatment for resistant infections
Early detection and non-invasive correction of breech pregnancies
