18 min
Ep. 3: Can your clothes get smart? Enginuity
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- Science
College of Engineering Dean Ayanna Howard chats with Asimina Kiourti, assistant professor of electrical and computer engineering at The Ohio State University and an expert in bioelectromagnetics. She’s one of the researchers pushing boundaries in the emerging field of smart clothes and fabrics.
Some smart clothes feature advanced textiles with interwoven circuitry, and others implement sensors and additional hardware to give it high-tech functionality. While integration with your iphone or Android could be considered a frivolous function, researchers and startups are developing smart clothes with important applications in healthcare, the military, and high-performance athletics.
Listen and learn about Kiourti’s transformational research in wearable and implantable sensor technology that will undoubtedly lead to improvements in health outcomes and the lives of others. And hear her joyfully describe a fun program she recently launched to engage girls in STEM activities.
Visits: 12
College of Engineering Dean Ayanna Howard chats with Asimina Kiourti, assistant professor of electrical and computer engineering at The Ohio State University and an expert in bioelectromagnetics. She’s one of the researchers pushing boundaries in the emerging field of smart clothes and fabrics.
Some smart clothes feature advanced textiles with interwoven circuitry, and others implement sensors and additional hardware to give it high-tech functionality. While integration with your iphone or Android could be considered a frivolous function, researchers and startups are developing smart clothes with important applications in healthcare, the military, and high-performance athletics.
Listen and learn about Kiourti’s transformational research in wearable and implantable sensor technology that will undoubtedly lead to improvements in health outcomes and the lives of others. And hear her joyfully describe a fun program she recently launched to engage girls in STEM activities.
Visits: 12
18 min