robotikoje

Robotikoje is a field of study and practice concerned with the design, deployment, and governance of robotic systems and their interactions with humans and environments. It integrates engineering, artificial intelligence, perception, control, and human-robot interaction to enable autonomous and cooperative robots in a variety of settings. The term is used in several languages to describe robotics-related activities that emphasize social, ethical, and practical dimensions of automated systems.

The discipline spans technical foundations such as perception, planning, manipulation, and locomotion, as well as interdisciplinary aspects including safety, reliability, explainability, and ethics. Researchers in robotikoje examine how robots sense their surroundings, decide on actions, and communicate with people and other machines. It also covers how robots are designed to behave in complex human environments and how to regulate their use within norms and laws.

Applications of robotikoje include industrial automation, service and assistive robotics, medical devices, search and rescue, and exploration. The field aims to improve efficiency and safety while addressing social impacts such as workforce displacement and privacy concerns. Progress relies on advances in sensors, machine learning, human-robot interaction, and reliable real-time control, as well as robust testing and standards.

Education and research in robotikoje occur at universities, research institutes, and industry labs. Curricula combine engineering, computer science, cognitive science, and ethics. Notable activities include interdisciplinary collaborations, open-source platforms, and professional standards development. While the term remains lesser known in some regions, it is used as a descriptor for the human-centered and policy-relevant aspects of robotics as a whole.