Il futuro del Made in Italy Circolare e Sostenibile inizia qui

Eventi MICS: innovazione che si condivide

Un Partenariato Esteso per l’industria che cambia

Una rete di eccellenze italiane per trasformare il manifatturiero

Il futuro del Made in Italy Circolare e Sostenibile inizia qui

Technology, design and sustainability: MICS connects businesses, research and local communities to drive change

MICS is the driver guiding the evolution of the manufacturing industry toward a new production paradigm: more circular, more traceable, more sustainable.

We support those who innovate, design and manufacture in Italy, enhancing know-how and reducing environmental impact — from fashion to furniture, from automation to the entire manufacturing system.

Projects

Automation

Fashion

Furniture

Innovative digital methodologies for the in situ fabrication of sensors based on optimized conductive patterns, obtained through intelligent additive manufacturing processes for key Made in Italy sectors

SARDINNIAENBROS

Smart digital Sardinia: artificial intelligence for exporting the new Sardinian brocade

AgroDesign AI Platform

From waste recovery to valorization of by-products from the agri-food industry

POLDA

Recycling of Polyurethanes from WEEE

PBR Fashion

An innovative system for realistic textile rendering, 4D barcode traceability, and inclusive multisensory experience

CARE

Cognitive Automation for Resilient Environment

SOSTELOGICA

Sustainable and Inclusive Work Environments for the Logistics of the Fashion and Lifestyle Sector

PNRR-AI

New Finishing and Reuse of Children’s Clothing

ELINV_24

Smart high-efficiency servo-drives for textile machinery

RESCUE

Ecological and Sustainable Recovery of Collagen and Its Use in Circular Economy within the Leather Industry

FiLA

Observatory on the Sustainable Supply Chain of Native Wools

AMINA

Additive Manufacturing of Iron-Nickel Based Alloys

ICARO

Conversational Intelligence for Robotic Applications in a Circular and Sustainable Factory

ECOTESS

Circular ECOnomy in the TESSile sector of Sardinia: circular business models and new technology applications

RESHAPE

Reconfigurable Soft and High-tech Surfaces for Delicate Leather Handling

ECO-FOOTWEAR 5.0

Innovative strategies for sustainable, circular and human-centric footwear manufacturing

S.A.C.S

Satellitar Analyses on Cellulose for Space

RITECA

Innovative, eco-sustainable, antimicrobial coatings for the textile sector

3D – ECOCORE

Bio-inspired sandwich composites with 3D-printed biodegradable cores

BJMI

Additive manufacturing with circular, AI-driven innovation for metal components

ECD PASSport

Eco Circular Digital Product PASSport

PLM4C

Product Lifecycle Management For Circularity A dashboard for circularity and sustainability assessment and monitoring

Product Lifecycle Management For Circularity

SMOS-MOF

Multiscale Simulations to Optimize the Synthesis and Thermoelectric Properties of Two-Dimensional Metal-Organic Frameworks

IDRHeS

A methodology based on Artificial Intelligence and Computational Fluid Dynamics for the design of lattice-structured heat exchange cells, exploiting the geometric freedom of Additive Manufacturing using recycled metal alloy powders to improve aesthetics, energy efficiency, and comfort. The aim is to develop customizable and sustainable "Made in Italy" products that inspire admiration, trust, and desire.

Italian Design for Reticular Heat Sinks

MonitorAI – Digitalized Risk Assessment

Digitalized Risk Assessment

LOLIMAR

Long Life Manufacturing for the Circular and Sustainable Transition of Made in Italy Furniture

MEARS CCC

Molding Eco-Friendly Furniture Elements from Recycled Cellulose and Waste (Cradle to Cradle Approach)

CIRCLE

Catalytic Approaches for the Chemical Recycling of Plastics

THREADDY

Mechatronics-oriented Digital Thread Ready Platform for Process Optimization

SUSTAIN

Smart, Ultraweight, Sustainable and Totally Recyclable Pultruded Profile

OSPA

Sustainable Optimization of Additive Processes for Excellence in Made in Italy

SEAM

Sustainable Ecological Analysis Madeinitaly

RE-POLY.AI

Experimental study and AI-based modeling of solvent separation and recovery processes for the sustainable and innovative recycling of polyamide-based textile waste

Thermoplastic elastomers from renewable sources, degradable and recyclable, as a potential alternative to traditional rubber in the footwear industry

Design and Numerical Simulation Techniques for the Development of Innovative and Sustainable Structural Cores through Robotic Additive Manufacturing

Digital technologies and additive manufacturing processes supporting new high-value, low-cost repair methodologies for a circular and sustainable Made in Italy

Spoke

A future eight times more sustainable and circular

Each of the eight Spokes represents a thematic research area in which MICS partners can collaborate along a shared path. These research domains are cross-cutting and apply to multiple industries.