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Explore the fascinating world of microrobotics through this comprehensive course taught by Prof. I. A. Palani from IIT Indore. Begin with fundamental concepts including microrobotics overview and scaling laws that govern the design and operation of micro-scale robots. Master the principles of scaling laws for designing microrobots and understand how physical phenomena behave differently at microscopic scales. Delve into micromechanics system design, covering both the theoretical design aspects of microrobots and practical micro-fabrication techniques used to manufacture these tiny machines. Study microactuation and micromanipulation systems, learning about the various mechanisms used to create motion and perform precise operations at the microscale. Examine micro sensors and micro transducers in detail, understanding how these devices detect and convert physical phenomena into measurable signals in microrobotic systems. Investigate microsystems specifically designed for microrobots, including actuators that provide movement and manipulation capabilities for precise control. Explore advanced topics in microsystems integration, learning how different components work together to create functional microrobotic platforms. Discover bio-inspired micro robots, studying both propulsion and locomotion mechanisms derived from biological systems, and understand integrated approaches that combine multiple bio-inspired principles. Gain practical knowledge of fabrication processes, sensor integration, actuation mechanisms, and control strategies essential for developing functional microrobotic systems across various applications in medicine, manufacturing, and research.
