Soft Robotics

Soft robotics is an emerging field in the world of robotics. Unlike traditional rigid robots, soft robots are made of flexible, deformable materials, which allows them to adapt to and interact with their environment more naturally. This unique characteristic of soft robots is driving a range of advances and innovative applications across many fields.

The advantage of soft robots lies in their ability to overcome the limitations of rigid robots in terms of safety, versatility and efficiency. In agriculture, soft robots can harvest delicate crops without damaging them, increasing efficiency and reducing waste. In manufacturing, soft robots can adapt to products of different shapes and sizes, making it easier to automate complex tasks.

Soft robots make safer and more natural interaction with humans possible, opening up a wide range of opportunities in areas such as healthcare, rehabilitation and elderly care. In medicine, for example, soft robots can be used in minimally invasive surgery.

However, soft robotics poses significant challenges in modeling, fabrication and control. Modeling soft robots requires understanding and describing the behavior of flexible materials, which can be complex due to their nonlinear and highly deformable nature.

Fabricating soft robots can also be challenging, since it involves choosing suitable materials and specific manufacturing techniques such as 3D printing and molding.

In addition, controlling soft robots involves developing algorithms and strategies to control deformation and interaction with the environment.

Through a combination of theory, practice and projects, students in the Soft Robotics course gain the knowledge and skills needed to design, model, fabricate and control soft robots.