The Remote-controlled Assembly Process

The project aims to design a digital workflow supported by 3D printing technologies, 5G infrastructure and augmented reality technologies. Its main goal is assembling, on the building site, 3d printed prefab elements enabling seamless communication between the assembly/disassembly place and a remote design/production place. The UNICAM task is: to design a facade system made of 3D printed components and to develop integration between a BIM model of the system and the 3Dconcrete Printing process.

Climate RESiliEnt COastal planning in Adriatic

This Project is aiming to provide particular knowledge on spatial planning and science for policies, practical knowledge and tools for the Adriatic local and regional communities wanting to plan resilience on climate change and improve their adaptation capacity. Better prepared cities and regions will increase the safety of their citizens and the resilience of their territory, assets and ecosystems.

MULTI-faceted CLIMate adaptation ACTions to improve resilience, preparedness and responsiveness of the built environment against multiple hazards at multiple scales

Il progetto MULTICLIMACT mira a sviluppare un quadro integrato e uno strumento per supportare le parti interessate pubbliche e i cittadini a valutare la resilienza del sistema l’ambiente costruito e i suoi abitanti a più scale (edifici, aree urbane, territori) rispetto a fattori naturali e climatici di rilevanza locale rischi e catene di approvvigionamento, nonché supportarli nel migliorare la loro preparazione e reattività durante tutto il loro ciclo di vita.

Bringing Excellence to Transformative Socially Engaged Research in Life Sciences through Integrated Digital Centers

The project “Bringing Excellence to Transformative Engaged Research in Life Sciences through Integrated Digital Centres - BETTER Life” will establish a European Digital Centre of Excellence for fostering Socially Engaged Research (SER) in Life Sciences, as well as seven regional centres operating in their surrounding ecosystems.

Climate change, cities, communities and Equity in health

The concept of “urban health” and the role of urban design in the quality promotion of the cities’ living spaces has been present in the international debate for some decades, but only since the publication of the “New Urban Agenda” (WHO 2016), health has been defined as “one of the most effective markers of any city’s sustainable development”. These aspects are beginning to be highly debated on a scientific level, but have not yet been introduced into university education.

LIFE + A_GreeNet: Life climate change adaptation

L'obiettivo chiave del progetto LIFE + A_GreeNet è adattare la Città del Medio Adriatico, comprendente i comuni costieri di Ancona e San Benedetto del Tronto (Regione Marche), dell'Associazione Temporanea di Scopo (ATSTE) Città della Costa Comuni di Martinsicuro, Alba Adriatica, Tortoreto, Giulianova, Roseto, Pineto e Silvi (capofila) - e di Pescara (Regione Abruzzo), all'innalzamento delle temperature e alle ondate di calore.

PREventive PLANning for disaster resilient territories

The project aims to reduce the risk and impact of natural disasters by contributing to the enhancement of territorial resilience and preparedness, in line with the Sendai Framework for Disaster Risk Reduction 2015-2030. Drawing from the 2016 earthquakes in the Apennines of Central Italy, the research investigates new approaches and methods to support policy makers and local authorities in risk-sensitive planning and in the elaboration of building-back-better strategies.

S.A.F.E. Sustainable Design of Anti-seismic furniture as smart-life saving systems during an earthquake

Modellazione parametrica e generativa avanzata di sistemi d'arredo antisismici, necessaria per lo svolgimento di prove di analisi strutturale (statiche e dinamiche) e la realizzazione di prototipi intermedi e finali attraverso l'utilizzo di tecnologie e materiali per il settore legno-arredo e di prototipazione rapida.

 

TOTALE FINANZIAMENTO: € 980.000,00

BUDGET QUOTA UNICAM: € 490.000,00