The environmental crisis demands for an interdisciplinary design of urban infrastructure to increase resilience to climate change. Interdisciplinary design is about integration of data, concepts, ambitions and goals by bridging instrumental differences between engineering and spatial design. This paper presents the results of an interdisciplinary design study that deals with persistent flood issues in the Venice lagoon (Italy). The study illustrates how the differences in languages, methods and tools of the disciplines can be overcome by interdisciplinary collaboration directed towards the designing of spatial and technical solutions. Two design proposals are instrumentally described through the lens of the Casco and the Open Building concepts; both advocate the creation of an overarching frame as the basic condition for adaptive design. The paper gives insights on how to cooperate in interdisciplinary design settings in educational environments and builds knowledge on the collaboration between fields that might be relevant also for professional figures.@en

Venice is representative of the result of anthropocene acts on a vulnerable delta system. Therefore it is an excellent study case for a multidisciplinary team of TU students and tutors, to perform interdisciplinary research and design. Two visions were developed on the shared knowledge base to investigate ‘how do flood defense systems influence the spatial aspects of the territory in the context of a high dynamic landscape in the Anthropocene? ’The plan for the Perfect Lagoon is focused on tackling all of the current and upcoming problems where the emphasis lies on preserving and perfecting the lagoon in its natural assets by introducing a new dike system that enforces the natural ecosystem. It makes smart use of the sediment flows and tackles erosion. The interdisciplinary design is especially worked out in the section of the dike, where dimensions and functionality are designed from a shared engineering and landscape perspective. The plan Symbiotic System emphasizes the interconnectedness of the Veneto region in a sustainable way. The new transport/dam system will make the urban system more smart, it will be less burdensome, and give more space to the natural ecosystem of the lagoon. Both visions are a testimony of how flood defense systems have a major influence in the spatial aspects of the territory. Using the multidisciplinary approach, an integral design can be made for the flood defense, in which the opportunities for the territory can be first explored and then designed together with hydraulic infrastructures.@en