Renuka Devi

Papers

Total Citations

H-Index

About

Renuka Devi is a robotics researcher whose work focuses on applying advanced mechanical systems and autonomous technologies to real-world challenges, particularly in terrain navigation and healthcare. Her most cited paper, "Unmanned multipurpose all terrain rover using rocker bogie mechanism" (2021, 10 citations), adapts NASA’s preferred rocker bogie suspension—originally designed for Mars rovers—to create a versatile rover capable of traversing difficult Earth terrains with high accuracy and efficiency. This contribution demonstrates her ability to translate space-grade engineering into practical, multipurpose ground vehicles. In parallel, her work "Social Robot in Health Care Monitoring" (2021, 2 citations) addresses the growing need for elder care in an expanding population. She proposes a social robot that monitors critical health parameters—such as blood pressure and sugar levels—and provides immediate emergency response. By integrating robotics with healthcare, Devi highlights the potential for autonomous systems to support aging populations. Though her citation counts are modest, her research bridges mechanical design and socially impactful applications, offering a glimpse into how robotics can serve both exploration and human well-being.