
Discover how materials science integrates with robotics, using smart and soft materials, focusing on atomic structures, and adopting a new, tailored design approach for multifunctional robots.
Explore the materials used in robotics today—steel, aluminum, and Kevlar—with their properties and why composites matter, and learn how material selection tools compare properties to optimize designs.
Examine smart materials, including electric materials, shape memory materials, promacta materials, and ferromagnetic and magnetically responsive types, and their roles in sensors, actuators, energy harvesting, and robotics applications.
Explore how nanotechnology enhances robotics by leveraging carbon nanotubes and graphene for flexible tactile sensors and nanoscale actuators, enabling humanlike touch, robust nanomaterials, and medical nanorobots.
Explore soft robotics, a field using compliant materials inspired by nature to create flexible robots that bend, twist, and adapt to confined spaces, enabling safer human interaction and complex tasks.
This course is planned for those who are interested in robotics developments. It is a narration of how to build better robots also it is the union of two different fields. In this lecture I have given information about how better materials can be used to build better robots. We can't think of any technology without thinking about materials. In each technology, whatever we think of we have to optimize, select and manipulate materials.
Robotics is also a field that will be more and more important in the next centuries. While our world is being automated all over, it is beneficial for anyone to learn more about robotics. I believe, building better robots will be managed by it's integration of material science. In this course I have talked about Smart Materials, Nano robotics, Micro robotics and Soft Robotics which are subjects that require the most integration with Materials Science.
With the help of this subjects that I just mentioned we can easily say that our approach and perception of robotics will change drastically. Robots are not just metallic, factory products anymore. We will have them in our home. Even make them be available to assist elderly and disabled people. We need to have robots that are more approachable and more compliant with everyday human life. So, as I said, because of this reasons we need to build better robots.