In a recent discussion, Dr. Oluwadamilola Oshin, a Senior Lecturer at Covenant University, was praised for her significant contributions to Biomedical Engineering. With over eight years dedicated to non-invasive diagnostic technologies focused on child health, her expertise has established her as a key figure in research. Notably, Dr. Oshin developed a graphene transistor biosensor that detects iron deficiency through saliva, offering new hope for communities facing malnutrition.

Her personal journey began with her son’s severe food allergies, which spurred her interest in nutrition science and non-invasive diagnostics. Today, her research has expanded to include AI-based medical data analysis.

Dr. Oshin’s work addresses critical health challenges in Africa, where access to medical testing is often limited. With malaria claiming 249 million cases in 2022—95% of deaths occurring in Africa—she is developing a non-invasive malaria diagnostic tool aimed at rural clinics. “Our goal is to create an affordable, easy-to-use tool,” she stated.

Additionally, Dr. Oshin emphasizes the importance of data ethics in biomedical engineering. As technologies evolve, she advocates for strong ethical standards, especially in low-resource settings.

Her international recognition reflects her innovative approach. As a researcher the World Bank-funded Covenant Applied Informatics and Communication Africa Centre of Excellence (CApIC-ACE), Dr. Oshin inspires the next generation of engineers to tackle global health challenges. She remains committed to creating accessible, child-friendly healthcare solutions to transform lives across Africa.