Technology-Driven Approaches for Environmental Responsibility, Addressing the Evolving Needs of Contemporary Living

In recent years, the environmental impact of manufacturing practices has come under increasing scrutiny, particularly in the context of mobile and temporary living. As new forms of habitation emerge in response to social, economic, and climatic transformations, the demand for sustainable, and adaptable design solutions grows accordingly. This is especially relevant in transient housing scenarios, whether driven by necessity or choice, where the temporality of the built environment must not compromise long-term ecological responsibility. This paper investigates the potential of additive manufacturing (AM) to support a sustainable transition in the design and production of mobile dwellings. Through the analysis of recent case studies, ranging from emergency shelters to floating architectures and recreational vehicles, this technology is explored as a key enabler of waste-conscious and versatile design applications. A recent project funded by PNRR MICS (Made in Italy Circolare e Sostenibile) is introduced, exploring strategies to enhance flexibility and environmental sustainability in yacht component design through AM. The outcomes of the project are not intended to remain confined to the nautical sector alone but rather envision scenarios of innovation across the broader landscape of contemporary living, where concepts of fluidity and impermanence must necessarily align with the guiding principles of sustainable transition.