Tomas Castro

Papers

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About

Tomas Castro is a robotics researcher whose work centers on the modeling and simulation of legged robotic systems, with a particular focus on replicating the locomotive characteristics found in biological organisms. His research explores the intersection of mechanical design and computational simulation, leveraging tools such as MATLAB/SimMechanics™ to create virtual environments for studying and optimizing robot motion. Castro's most notable contribution, "Multi-legged Walking Robot Modelling in MATLAB/SimMechanics™ and Its Simulation" (2013), has garnered 16 citations and represents a foundational effort in applying simulation-based approaches to multi-legged robot development. His complementary work on quadruped robot modeling further demonstrates his commitment to advancing locomotion optimization through flexible-body virtual prototyping, allowing researchers to test varied configurations without the cost and complexity of physical prototypes. By developing simulation frameworks that accept diverse input parameters, Castro has helped lower the barrier to entry for researchers studying bio-inspired robotics. His contributions are particularly valuable for those working toward machines capable of navigating complex terrains with animal-like agility — a challenge that remains an active frontier in robotics research.