25-year-old African Scientist Invents AI Machine to Cure Malaria, Wins $8,000 National Award
Rokhaya Diagne's exceptional contribution to the field of healthcare technology has not gone unnoticed. She recently received an $8,000 national award in Senegal for her pioneering work in social entrepreneurship. This recognition follows her success at an AI conference in Ghana, where her innovative approach to combating malaria garnered attention and acclaim.
Binye-lum 
A 25-year-old African Scientist named Rokhaya Diagne has made a groundbreaking achievement by inventing an AI machine designed to cure Malaria. Hailing from Senegal, Rokhaya is a computer science major at the Dakar American University of Science and Technology. Her innovative health startup utilizes artificial intelligence with the ambitious goal of eradicating malaria worldwide by 2030.
Rokhaya Diagne's exceptional contribution to the field of healthcare technology has not gone unnoticed. She recently received an $8,000 national award in Senegal for her pioneering work in social entrepreneurship. This recognition follows her success at an AI conference in Ghana, where her innovative approach to combating malaria garnered attention and acclaim.
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In an interview with the New York Times, Rokhaya shared that her inspiration for the project stemmed from her passion for video games during her formative years. Despite facing initial skepticism from her mother, who considered it an addiction, Rokhaya redirected her enthusiasm towards a more purposeful endeavor.
Before embarking on her current project, Rokhaya Diagne was involved in the creation of an award-winning networking app, akin to Tinder but designed for tech enthusiasts. Additionally, she co-founded 'Afyasense,' a startup focusing on disease detection through AI. Her diverse experiences and skill sets contribute to the depth of her innovative endeavors.
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Rokhaya's journey towards developing an AI system to combat malaria faced challenges, including the difficulty of obtaining a large set of malaria-infected cells for training purposes. Despite these hurdles, her determination prevailed, and she successfully trained the AI using a dataset from a lab in Senegal.
Rokhaya's story highlights the transformative power of technology and innovation, showcasing how an individual's passion, combined with a strategic and resilient approach, can lead to groundbreaking solutions for global health challenges.
