Mangilal Agarwal (Luddy)
Advancing Sustainable Development Through SDG-Focused Nanotechnology
Addressing SDGs 3, 6, 11 & 13
Professor Mangilal Agarwal of the Luddy School of Informatics, Computing and Engineering, is undertaking cutting-edge nanotechnology research that directly supports the SDGs. His innovative work is not only transforming theoretical research into practical solutions but is addressing some of the most pressing global challenges through targeted applications. For example, Professor Agarwal has developed advanced glucose sensors based on organic thin film transistors and a canine-inspired smart sensor that detects hypoglycemia through human breath analysis. These technologies enhance early diagnosis and intervention, reducing the risks associated with sudden blood sugar drops and ultimately contributing to improved patient outcomes. (SDG 3)
In addition, his research on organotrisulfide cathodes for rechargeable lithium batteries and flexible battery systems is contributing to the advancement of cleaner and more efficient energy storage. These breakthroughs support the integration of renewable energy sources and foster sustainable power solutions across various applications. (SDG 7)
At the helm of the Integrated Nanosystems Development Institute https://indi.indianapolis.iu.edu/ Professor Agarwal spearheads projects that include conductive wood microfibers for smart paper applications and chipless RFID sensor systems. These developments enhance industrial monitoring, strengthen infrastructure resilience, and drive technological innovation. (SDG 9)
Finally, the creation of polymer-based microsensors for soil moisture measurement exemplifies his commitment to environmental sustainability. Such sensors have significant potential for water quality monitoring and efficient water resource management, contributing to sustainable agricultural practices and sanitation efforts. (SDG 6)
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