Sustainable communities: building, neighborhood, territory
A reflection is proposed on the processes, methods and tools necessary to design a building, a neighborhood, a territory in which eco-sustainability is combined with the health of the inhabitants, with the social equity, with the quality of the built environment, and in particular with the enhancement of cultural, social, environmental resources, the reduction of impacts and consumption, the promotion of reclamation, reuse and recycling practices.
Contributions aimed at investigating this issue may concern:
collective participation in decision-making processes in a polycentric dimension that guarantees autonomy and subsidiarity;
circular urban systems as social and technological innovation experiments, supported by multidisciplinary visions and approaches;
"revolutionary" project actions to adapt the existing to new and changing needs, capable of mitigating environmental impacts;
the enhancement, recomposition, reconversion, and redevelopment of areas and settlement systems considered waste, even with high intrinsic potential (urban public space, abandoned areas, rural areas, coastal areas, urban parks, etc.);
graffiti as traces of freedom and sustainable urban regeneration.
Cultural Heritage: history, representation and project
A static vision of the knowledge of the existing heritage is anchored to its conservation.
The projection coveted by sustainable development promotes, alongside an indispensable knowledge/conservation, its use, enhancement, and management understood with a critical spirit, regardless of scalar and chronological factors. We can therefore concentrate on: archaeological sites; rural and vernacular architecture; historical centers, industrial archeology as well as on historicized heritage architecture, from the twentieth century and in any case recentwith protective restriction required by its author.
It’s a field of investigation to be addressed without disciplinary limitations with contributions that may focus on:
innovative approaches and digital technologies for the management of the historical-architectural, archaeological and landscape heritage;
the history of construction as a preparatory tool for redesign;
the restoration of the Modern;
historical-architectural knowledge through techniques of representation and relief.
“Circular” technological innovation: process, project, product
The relationship between circular economy and technological innovation seems two-way and necessary.
It is assumed that an industry 4.0 can guarantee the optimization of energy consumption and non-renewable resources, reducing energy waste and waste generated in the production process.
However, if it is a reality that quality certifications, performance declarations, product LCAs are the prelude to a cradle to cradle path, we must not ignore that there are multiple options to achieve sustainable objectives even in the presence of traditional and artisan production experiences.
The contributions in the panorama of process, project and product innovations may include:
the sustainable conception of innovative technological solutions or the sustainable review of traditional technological ones;
Circular Building and Circular Technologies for a planning and/or technological approach oriented to Design for Disassembly;
the extension of the useful life cycle through the technological regeneration model (5R);
the management of construction and demolition waste;
the challenge of innovative materials at zero km, from renewable and / or recycled resources, with reduced energy consumption
the quality certifications VS the quality of process, project, product.
Health, well-being, safety: old and new models of living
How to rethink living within a new cultural, design and production condition is the aim to be pursued by looking at new contemporary challenges, re-examining consolidated typological models and experimenting innovative distributive-functional and techno-typological solutions as well as networks and tangible and intangible infrastructures, to conceive housing models responding to unavoidable needs for health, well-being and safety.
Looking at the social, economic, health and more broadly demanding changes, contributions can be addressed to:
the intersection of distributive, formal and constructive characteristics in consolidated and / or experimental building types;
the "sick building syndrome" in the scenario of a pandemic emergency;
the effects of a versatile composition of the family and new user profiles on living models;
the residence as the first step of sustainability using environmental strategies, sharing of services, connective technologies;
home automation to rethink living environments.
Optimization of the performance qualities of buildings: simulation and construction
The quality of performance both in the context of new constructions and existing buildings relates to a broad spectrum of well-being needs: thermal, lighting, acoustic, tactile, psychological. It can be tested both in the design phase through simulation actions and in the construction phase, by paying attention to the installation techniques of the simulated products.
The results of the processes-projects-products of performance efficiency may be the subjects of contributions on:
environmental sustainability protocols for cities, cultural heritage and residences;
procedural and design aspects for achieving the regulatory standards required for nearly Zero Energy Building (nZEB);
regulatory and contextual constraints, renewed input requirements, survey and monitoring of environmental data such as project review interactions;
new professional roles and operational processes in terms of performance.
The digitization of the building process
The digital transition has affected the construction world which must respond to renewed regulatory and operational demands at various scales.
All phases of the building process are affected by a profound revision of the conceptual processing, instrumental interactivity and information flow criteria: from programming to management, GIS, BIM, Augmented Reality (AR), and Virtual (VR) Reality systems are used in order to searchprocesses automation, platformssharing, likelihood of results.
Contributions must be traced back to the sector disciplines involved in the conference and towards:
the evolution of H-BIM for the management of the historical and architectural heritage;
social, economic and environmental sustainability in BIM applications;
reflections on interoperability in the context of executive design;
3D scenarios as tools for in-depth design;
the integration between GIS and BIM in the future of construction.