The study and validation of the integration of photovoltaic cells in flexible materials such as membranes and fluoropolymers.

Simulation of the mechanical, thermal, optical and luminous, acoustic and safety performance of architectural components and lightweight structures.
Creation of prototypes and demonstrators for lightweight structures, design items and construction components made from textiles and/or polymers such as, for example, tensile structures, tent-like structures, pressure-supported structures, emergency tents, form-active structures, ETFE cushions, lights and other design items made from textiles and polymers, suspended ceilings, dividers, false walls and soft furnishings.

Uniaxial and biaxial mechanical characterisation of woven and non-woven materials and fluoropolymer films. The measurement of UV-VIS-NIR spectral optical properties (specular and diffuse hemispherical reflectance, bidirectional reflectance and transmittance) and IR spectral properties (diffuse hemispherical reflectance and transmittance, specular reflectance of glass and normal emissivity)

Design, development and production of construction solutions such as envelopes, structures and components with innovative characteristics from a structural, environmental or technological point of view.

The study of innovative materials for architecture and construction through analytical and experimental research (geopolymers, composites, shape-changing materials, organic and inorganic materials, and others).