Welcome

The use of humanoid robots in childcare is no longer the stuff of science fiction. In initial pilot projects, they accompany children as they play, learn, or practice social skills. But the closer robots get to the human development process, the more pressing the questions of ethics, safety, and responsibility become. At first glance, the opportunities seem enormous: humanoids can take over routines, support children in language acquisition, strengthen inclusive educational s

Europe is aging rapidly, and at the same time there is a growing shortage of skilled workers in nursing, care, industry, and services. Humanoid robots could become a crucial technological solution—supplementing human labor, relieving the burden of strenuous tasks, and providing assistance to people with physical limitations. Demographic change is exacerbating the labor shortage in many European countries. Care facilities, social services, manufacturing companies, hotels, and

The introduction of humanoid robots into everyday life— whether in nursing homes, modern family households, or commercial buildings—is fast approaching. While technological issues surrounding AI, sensor technology, and autonomous navigation are being intensively discussed, one aspect often remains under-examined: the structural requirements. If humanoid robots are to serve as door openers, assistants, logisticians, or service partners in the future, buildings must be prepared