Technological Imagination in the Green and Digital Transition

<div>From a liquid society, through technological imagination, to beyond the knowledge society.- Opening lecture: Digital spaces and the material culture.- Part 1: Innovation.- Innovation for the digitization process of the AECO sector.- The digital revolution and the art of co-creation.- Towards a new humanism of technological innovation in design of the built environment.- A bim-based approach to energy analysis of existing buildings in the Italian context.- Short-term wind speed forecasting model using hybrid neural networks and wavelet packet decomposition.- COGNIBUILD: Cognitive digital twin framework for advanced building management and predictive maintenance.- Design of CCHP system with the help of combined chiller system, solar energy, and gas microturbine.- Digital construction and management the public’s infrastructures.- An innovative multi-objective optimization digital workflow for social housing deep energy renovation design process.- Digital information management in thebuilt environment: Data-driven approaches for building process optimization.- Immersive facility management – A methodological approach based on BIM and mixed reality for training and maintenance operations.- A digital information model for coastal maintenance and waterfront recovery.- Sustainable workplace: Space planning model to optimize environmental impact.- Digital twin models supporting cognitive buildings for ambient assisted living.- Less automation more information: A learning tool for a post-occupancy operation and evaluation.- A prosumer approach for feeding the digital twin. Testing the must application in the old harbor waterfront of Genoa.- Untapping the potential of the digital towards the green imperative: the interdisciplinary BeXLab experience.- Digital-twin for an innovative waterfront management strategy. Pilot project DSH2030.- BIM and BPMN 2.0 integration for interoperability challenge in construction industry.- Digital twin approach for maintenance management.-Digital infrastructure for student accommodations in european university cities: The “HOME” project.- Part 2: Technology.- Technologies for the construction of buildings and cities of the near future.- The living lab for autonomous driving as applied research of MaaS models in the smart city: the case study of MASA – Modena Automotive Smart Area.- Expanding the wave of smartness: Smart buildings, another frontier of the digital revolution.- Sharing innovation. The acceptability of off-site industrialized systems for housing.- 3D printing for housing. Recurring architectural themes.- Photovoltaic breakthrough in architecture: Integration and innovation best practice.- Reworking studio design education driven by 3D printing technologies.- The new technological paradigm in the post-digital era. Three convergent paths between creative action and computational tools.- Technological innovation for circularity and sustainability through buildings’ life cycles: Policy, initiatives and stakeholders’ perspective.- Fair play: Why reliable data for low tech construction and non-conventional materials are needed.- Part 3: Environment.- Technological innovation for the next ecosystem transition: From a high tech.- To low tech intensity – High efficiency environment.- Technological imagination to stay within planetary boundaries.- Quality-based design for environmentally conscious architecture.- Digital transformation projects for the future digicircular society.- The regulatory apparatus at the service of sustainable planning of the built environment: The case of law 338/2000.- From nature to architecture for low tech solutions: Biomimetic principles for climate-adaptive building envelope.- Soft technologies for the circular transition: Practical experimentation of the product “material passport”.- Imaging a carbon neutral university.- Life cycle assessment at the early stage of building design.- Design scenarios for a circular vision of post-disaster temporary settlements.- Towards climate neutrality: Progressing key actions for positive energy districts implementation.- Remanufacturing towards circularity in the construction sector: The role of digital technologies.- Territorial energy potential for energy community and climate mitigation actions: Experimentation on pilot cases in Rome.- Integrated design approach to build a safe and sustainable dual intended use center in Praslin island, Seychelles.- Part 4: Climate changes.- Climate change: New ways to inhabit the earth.- The climate report. Informing the response to climate change in urban development.- The urban riverfront greenway: A linear attractor for sustainable urban development.- The buildings reuse for a music district aimed at a sustainable urban development.- Environmental design for a sustainable district & civic hub.- Earth observation technologies for mitigating urban climate changes.- A systematic catalogue of design solutions for the regeneration of urban environment contrasting the climate change impact.- Digital twins for climate-neutral and resilient cities. State of the art and future development as tools to support urban decision making.- The urban potential of multifamily housing renovation.-A “stepping stone” approach to exploiting urban density.- Metropolitan farms: Long term agri-food systems for sustainable urban landscapes.- Resilient design for outdoor sports infrastructure.- Sustainable reuse indicators for ecclesiastic built heritage regeneration.- A green technological rehabilitation of the built environment. From public residential estates to eco-districts.- Adaptive building technologies for building envelopes under climate change conditions.- The importance of testing activities for a "new" generation of building envelope.- Data visualization and web-based mapping for SGDs and adaptation to climate change in the urban environment.- Fog water harvesting through smart façade for a climate resilient built environment.- Building façade retrofit: A comparison between current methodologies and innovative membranes strategies for overcoming the existing retrofit constraints.- Technologies and solutions for collaborative processes in mutating cities.- New perspectives for the building heritage in depopulated areas: A methodological approach for evaluating sustainable reuse and upcycling strategies.- Climate adaptation in urban regeneration: A cross-scale digital design workflow.- Adaptive “velari”.- Temporary climate change adaptation: 5 measures for outdoor spaces of the mid-adriatic city.- Serious game: New tools for exploring and designing urban sustainability.- Energy efficiency improvement in industrial brownfield heritage buildings: Case study of “Beko”.- Industrial heritage of Belgrade: Brownfield sites revitalization status, potentials and opportunities missed.- Challenges and potentials of green roof retrofit: A case study.- Designing with nature climate-resilient cities: A lesson from Copenhagen.- New urban centralities universities as a paradigm for a sustainable city.- Part 5: Health.- Environment for healthy living.- New paradigms for indoor healthy living.- Healthy and empowering life in schoolyards. The case of Dante Alighieri school in Milan.- Design for emergency: Inclusive housing solution.- Environmental sensing and simulations for healthy districts: A comparison between field measurements and CFD model.- A synthesis paradigm as a way of bringing back to life the artistic monuments inspired by the motives of the people’s liberation struggle and revolution of Yugoslavia.- Social sustainability and inclusive environments in neighborhood sustainability assessment tools.- Inclusive neighborhoods in a healthy city: Walkability assessment and guidance in Rome.- Tools and strategies for health promotion in urban context: Technology and innovation for enhancing parish ecclesiastical heritage through sport and inclusion.- Nursing homes during Covid-19 pandemic - A systematic literature review for Covid-19 proof architecture design strategies.- A new generation of territorial healthcare infrastructures after Covid-19. The transition to community homes and community hospitals into the framework of the Italian recovery plan.- Wood Snoezelen. Multisensory wooden environments for the care and rehabilitation of people with severe and very severe cognitive disabilities.- The proximity of urban green spaces as urban health strategy to promote active, inclusive and salutogenic cities.- Environmental attributes for healthcare professional’s well-being.</div>