Arvind Krishnaswamy

Indian Institute of Science Bangalore, University of Cincinnati

Papers

Total Citations

H-Index

About

Arvind Krishnaswamy’s research lies at the intersection of smart materials, energy harvesting, and biomedical microdevices. His early work on Ionic Polymer-Metal Composites (IPMCs) introduced a novel stack configuration for underwater energy harvesting, demonstrating how these electro-active polymers—typically known for actuation—could be repurposed to convert ambient fluid motion into electrical power. This foundational study, though modest in citations, established a platform for exploring IPMCs beyond traditional fuel-cell applications. Krishnaswamy later broadened his focus to “Tiny Medicine,” a visionary concept advocating for miniaturized, implantable therapeutic systems. In this work, he outlined how micro-scale devices—powered by harvested energy and controlled via smart materials—could revolutionize targeted drug delivery and in vivo sensing. While his citation counts remain low, his contributions are notable for their conceptual ambition: bridging materials science with practical, patient-centered engineering. Krishnaswamy’s career reflects a commitment to pushing the boundaries of what small-scale, energy-autonomous systems can achieve, particularly in challenging underwater and biomedical environments. For students and researchers, his work offers a compelling case study in how early-stage, high-risk ideas can lay the groundwork for future innovation in smart materials and micro-robotics.