Lecture 1 of 60Week 1
Micro Robotics Overview
Prof. I. A. Palani · IIT Indore
Credits and licence
- From
- Microrobotics, IIT Indore (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Madras.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Micro Robotics Overview
- Scaling Laws for Designing Micro Robots
- Scaling Laws of Microrobots - Module 01
- Scaling Laws of Microrobots - Module 02
- Scaling Laws of Microrobots - Module 03
- MicroMechanics System Design ( Design of Microrobots) - Module 01
- MicroMechanics System Design ( Design of Microrobots) - Module 02
- MicroMechanics System Design ( Design of Microrobots) - Module 03
- MicroMechanics System Design ( Design of Microrobots) - Module 04
- MicroMechanics System Design ( Design of Microrobots) - Module 05
- MicroMechanics System Design ( Micro-Fabrication of Micro Robots) - Module 01
- MicroMechanics System Design ( Micro-Fabrication of Micro Robots) - Module 02
- MicroMechanics System Design ( Micro-Fabrication of Micro Robots) - Module 03
- MicroMechanics System Design ( Micro-Fabrication of Micro Robots) - Module 04
- MicroMechanics System Design ( Micro-Fabrication of Micro Robots) - Module 05
- Microactuation and Micromanipulation - Module 01
- Microactuation and Micromanipulation - Module 02
- Microactuation and Micromanipulation - Module 03
- Microactuation and Micromanipulation - Module 04
- Microactuation and Micromanipulation - Module 05
- Microactuation and Micromanipulation - Module 06
- Microactuation and Micromanipulation - Module 07
- Microactuation and Micromanipulation - Module 08
- Microactuation and Micromanipulation - Module 09
- Microactuation and Micromanipulation - Module 10
- Micro Sensors and Micro Transducers - Module 01
- Micro Sensors and Micro Transducers - Module 02
- Micro Sensors and Micro Transducers - Module 03
- Micro Sensors and Micro Transducers - Module 04
- Micro Sensors and Micro Transducers - Module 05
- Micro Sensors and Micro Transducers - Module 06
- Micro Sensors and Micro Transducers - Module 07
- Micro Sensors and Micro Transducers - Module 08
- Micro Sensors and Micro Transducers - Module 09
- Micro Sensors and Micro Transducers - Module 10
- Microsystems for Microrobots (Actuators) - Module 01
- Microsystems for Microrobots (Actuators) - Module 02
- Microsystems for Microrobots (Actuators) - Module 03
- Microsystems for Microrobots (Actuators) - Module 04
- Microsystems for Microrobots (Actuators) - Module 05
- Microsystems for Microrobots (Manipulation) - Module 01
- Microsystems for Microrobots (Manipulation) - Module 02
- Microsystems for Microrobots (Manipulation) - Module 03
- Microsystems for Microrobots (Manipulation) - Module 04
- Microsystems for Microrobots (Manipulation) - Module 05
- Microsystem for Microrobotics ( Integrated approach) - Module 01
- Microsystem for Microrobotics ( Integrated approach) - Module 02
- Microsystem for Microrobotics ( Integrated approach) - Module 03
- Microsystem for Microrobotics ( Integrated approach) - Module 04
- Microsystem for Microrobotics ( Integrated approach) - Module 05
- Bio Inspired Micro Robots ( Propulsion and Locomotion) - Module 01
- Bio Inspired Micro Robots ( Propulsion and Locomotion) - Module 02
- Bio Inspired Micro Robots ( Propulsion and Locomotion) - Module 03
- Bio Inspired Micro Robots ( Propulsion and Locomotion) - Module 04
- Bio Inspired Micro Robots ( Propulsion and Locomotion) - Module 05
- Bio Inspired Micro Robots ( Integrated Approach) - Module 01
- Bio Inspired Micro Robots ( Integrated Approach) - Module 02
- Bio Inspired Micro Robots ( Integrated Approach) - Module 03
- Bio Inspired Micro Robots ( Integrated Approach) - Module 04
- Bio Inspired Micro Robots ( Integrated Approach) - Module 05