Where is robotics going and what does it mean?

Why is Robotics an interesting field to follow? Current developments in materials and AI significantly enhance the capabilities and applications of robots. This has impact in how we see, use and think about robots. The evolution of Robotics presents a unique challenge for the education sector, which must now prepare future generations to coexist and collaborate with intelligent machines in both classrooms and the workplace.

Robotics and materials

Early robots were made from rigid material, such as steel, high-strength plastics and carbon fibre. Inventive new materials are enabling the production of robots in a wide range of sizes, with increasing degrees of freedom. Think of the development soft and biohybrid materials, that supports the development of humanoid robots that can mimic human physiology and can function in environments built for humans. As of 2026, robotics has entered a decisive phase, moving from isolated industrial automation to broad societal integration. Advances in embodied AI and next-generation materials are driving this shift.

Robotics and AI

Another big accelerator for the transformation of the field or robotics is AI. Traditional robots were programmed to perform specific actions and were as intelligent as their programming allowed. AI-powered robots, by contrast, can respond in real time and adapt to changes in their environment, enabling them to autonomously complete complex tasks. Although AI-powered robots have potential, human oversight of their activities is likely to remain indispensable.

Impact robotics in education

Robots have long been used as objects of learning to stimulate engineering and computational thinking and to train future engineers in the design, build, and maintenance of autonomous systems. Because of the latest developments in the field, robots are now beginning to offer the possibility of becoming active participants in education, such as tutors, assistants, service agents, and even students. Institutions that align technical innovation with ethical stewardship will be best positioned to prepare a workforce capable of advancing robotics responsibly while augmenting human capabilities.