MP2
Technologies for Well‑Being

1. Multiscale Technologies & Devices for Medicine, Environment & Energy

Research focused on developing well‑being solutions for society through the creation of materials and technologies applicable to key areas such as medicine, the environment, and energy.

Activities include:
– development of sustainable and functional nanocomposites based on natural or synthetic polymers and nanoparticles, featuring advanced properties and applicability across multiple domains;
– development of nanofluids for energy and heat‑transfer applications;
– customised fabrication of biomaterials for functional scaffolds with cell‑integration capability;
– development of automated biofabrication technologies for tissue production and implant construction;
– definition of future guidelines for the safe and effective use of nanomaterials and nanotechnologies, promoting the implementation of performance indices and facilitating the transition from fundamental research to industrial applications;
– establishment of safety procedures for the handling and application of nanoscale products.

2. Innovative Technologies for Smart Cities

Research dedicated to improving urban quality of life through the integration of intelligent technologies into daily life, contributing to the development of more sustainable, safe, and efficient cities.

Activities include:
– development of intelligent transport systems, sustainable mobility solutions, and road‑safety technologies, including assessment of the impact of connected and/or autonomous vehicles on traffic performance, emissions, and safety;
– Big Data analysis applied to urban systems;
– life‑cycle assessment of alternative materials, fuels, and propulsion modes for transportation;
– promotion of non‑motorised mobility modes, such as cycling;
– development of solutions for energy efficiency in urban environments;
– implementation of intelligent water‑management and monitoring systems;
– creation of automation systems to promote urban well‑being.