Sandya Suresh
Papers
2
Total Citations
7
H-Index
2
About
Sandya Suresh is a rising researcher at the intersection of origami engineering and robotics, whose work is pioneering new approaches to mechanical design through self-locking origami structures. Her primary research focuses on developing three-dimensionally printed origami systems that improve the performance of rotational joints—a critical component for robotic mobility and manipulation. In her most cited work (2023, 5 citations), she introduced a novel self-lock origami design that enhances structural integrity while maintaining the space-saving and flat-fabrication advantages inherent to origami robots. A companion study (2023, 2 citations) further refined these concepts through advanced modeling and simulation, demonstrating how rotational motion can be optimized using modular, self-locking mechanisms. Suresh’s contributions are particularly notable for bridging theoretical origami kinematics with practical, manufacturable robotic components, offering cost-effective and compact solutions for modern robotics. Her work holds promise for applications ranging from deployable space structures to minimally invasive surgical tools, marking her as an innovator in the growing field of origami-inspired engineering.
Research Focus
Key Achievements
Top Papers
- 1
- 2