CODE 118732 ACADEMIC YEAR 2026/2027 CREDITS 10 cfu anno 2 ARCHITETTURA 11913 (LM-4 R) - GENOVA SCIENTIFIC DISCIPLINARY SECTOR ICAR/12 TEACHING LOCATION GENOVA SEMESTER 2° Semester MODULES Questo insegnamento è un modulo di: TECHNOLOGICAL AND ENVIRONMENTAL DESIGN LABORATORY FOR URBAN RESILIENCE AIMS AND CONTENT AIMS AND LEARNING OUTCOMES he objective of the module is to make explicit the relationships between construction methods and solutions, and the formal and functional outcomes of the architectural project, while maintaining the role of the architect as the director of the process, capable of communicating with the various specialists required to define all the contributing fields (structures, building systems, energy performance, etc.). The focus is on the concept of decarbonising the building sector through the use of construction solutions that employ low-carbon materials and the generation and consumption of energy from renewable sources. The use of specific indicators serves to quantitatively assess the design outcome in technological and functional terms. The student will learn to develop construction details capable of achieving the formal and functional solutions identified together with the instructors, and to assess their embodied carbon, adopting strategies aimed at controlling and limiting non-renewable material and energy sources. TEACHING METHODS The course is organized as an interdisciplinary design studio, supported by lectures, seminars, and innovative teaching methods (such as world café, flipped classroom, etc.). The design exercise will therefore include moments of discussion and exchange among instructors from different disciplines. SYLLABUS/CONTENT Concepts of urban resilience and environmental sustainability Adaptation and mitigation strategies for climate change Regulations and planning tools for resilience Materials and technologies for energy efficiency and adaptability Sustainable construction and material circularity Technologies for water and natural resource management Sustainable urban planning and resilient development strategies Green and blue infrastructure for urban regeneration Sustainable mobility and accessibility Multifunctional green spaces and ecosystem services Urban renaturalization strategies Nature-based solutions for climate adaptation RECOMMENDED READING/BIBLIOGRAPHY Bibliographic references may be provided as needed for further in-depth study or as supporting material, including in English for international students. TEACHERS AND EXAM BOARD ADRIANO MAGLIOCCO Ricevimento: outside class time appointment by writing at: adriano.magliocco@unige.it LESSONS Class schedule The timetable for this course is available here: Portale EasyAcademy