S. Laksanacharoen

Case Western Reserve University, King Mongkut's University of Technology North Bangkok

Papers

Total Citations

H-Index

About

S. Laksanacharoen is a pioneering researcher in bio-inspired robotics, specializing in miniature hybrid locomotion and reconfigurable robot design. Their major contributions center on developing autonomous micro-robots that combine legged propulsion with wheeled support, drawing inspiration from insect biomechanics—particularly crickets and cockroaches. In their highly cited works (2002), Laksanacharoen introduced a novel hybrid robot propelled by McKibben artificial muscles, achieving autonomous operation through onboard compressed air generation, a significant step toward untethered micro-robotics. This work, accumulating nearly 60 citations, established foundational principles for soft-actuated locomotion. Later innovations include a three-legged reconfigurable spherical robot (2009) that transforms from a compact storage sphere into a mobile platform with omni-directional wheels, addressing critical challenges in robot transport and deployment. Their simulation studies on this reconfigurable system further advanced understanding of transformation dynamics. Laksanacharoen also explored evolutionary neural network control for targeted limb movements in cockroach-like robots, bridging artificial intelligence with biomechanical design. With over 80 total citations across their most prominent papers, Laksanacharoen's work remains influential in soft robotics, reconfigurable systems, and bio-inspired engineering, offering elegant solutions for miniature, adaptable robots.