Bio-Inspired Micro Robots - Propulsion and Locomotion - Module 01

Explore bacterial-inspired flagellar motion, ciliary propulsion mechanisms, and magnetic actuation techniques for micro-robotic systems in this 35-minute lecture from NPTEL-NOC IITM. Delve into the fundamental principles of bio-inspired locomotion strategies that enable microscale robots to navigate through fluid environments, examining how natural biological systems like bacteria and cilia have evolved efficient propulsion methods that can be replicated in artificial micro-robots. Learn about the physics behind flagellar motion patterns, understand the mechanics of ciliary beating for propulsion, and discover how magnetic fields can be utilized to control and actuate micro-robotic swimming systems while analyzing the relationship between actuation methods and achievable swimming velocities.