The project develops a methodology for integrating drones and terrestrial LiDAR systems into agricultural, forestry, and construction applications. It aims to improve the acquisition and analysis of high-precision spatial data for land management.

Fluoride derivatives have traditionally been used to impart grease-resistant properties to cellulosic materials. In recent years, legislation has focused on the presence of organofluoride in packaging materials and...

The project aims to improve seating ergonomics for people with joint problems, reducing future damage.

The project focuses on the development of smart electronic boards using SMD technology for advanced applications in IoT devices and embedded systems (a combination of hardware and software to perform specific functions).

Intelligent and collaborative industrial manufacturing has been experiencing significant advances in recent years in the use of technologies such as virtual and augmented reality, mobile robotics or sensory systems. Thanks to the application of these technologies in the...

Soundproofing the work environment helps with concentration and provides privacy. The project aims to investigate the composition of different panels made from the most suitable recycled material for acoustic insulation applications. The samples consist of tables...

Improvement in the safety of domestic-public bathroom seat furniture (public facilities, nursing home swimming pools) for people with reduced mobility

SMARTCHAIR will investigate the problems associated with a wheelchair system that moves between two points in the environment using a beacon positioning system in the form of a mesh network (MESH), developed in the IMOLAB project and that detects ...

This project proposes to develop an intelligent mobility laboratory (iMoLab) through a coordinated R&D action that makes it possible to have prototypes/demonstrators of a distributed intelligent mobility laboratory.

The project focuses on the development of smart electronic boards using SMD technology for advanced applications in IoT devices and embedded systems (a combination of hardware and software to perform specific functions).

The project aims to improve seating ergonomics for people with joint problems, reducing future damage.

The project is part of the technological development associated with monitoring the structural health of various components, and in particular of metal structures, which require detailed control that can be used within the maintenance system...

This project seeks to investigate systems and elements that allow reducing the energy consumption of data capture nodes and wireless transmission of information in IoT applications. Subsequently, a low-consumption node will be developed that allows information to be transmitted according to...

The project arises from the need to improve industrial processes through advanced digitization tools and introduce digital functionality in new products and developments. For this, an advanced haptic device will be developed to complement the development ...

The purpose of the project is to evaluate the reliability of the generation of simulation models as a predictive tool to be able to reproduce the behavior of seating furniture subjected to different tests included in current regulations. To do this, you will...

The project has a dual purpose that converges into a common goal, the advancement of construction with CLT (Cross Laminated Timber). On the one hand, it deals with the development, improvement and optimization of CLT boards and their...

The general objective of the project is to investigate, develop and characterize an innovative thermal insulation system for buildings based on wood or derived materials, and therefore sustainable and with a low environmental impact. Also, the system...

The project will address the study of the flow velocity and pressure field in elements subjected to the action of fluids by means of CFD techniques, using the additional multiphysics approach of fluid-structural coupling FSI, ...

AIDIMME will develop, during the SENSOESTANT project, systems that allow the safe use of furniture with drawers, shelves and elements hanging on the walls, through sensor-based technology, without modifying the design or materials of ...

The project will address the study of the performance of behavior characterization models in products subjected to the action of complex fluids, using CFD based on smooth particle harness for applications with high speeds and ...

Patients affected by severe pneumonia due to COVID may develop a severe picture of lung involvement similar to Acute Respiratory Distress Syndrome (ARDS), requiring more intensive support from their supplemental oxygen therapy, and intubation may become necessary ...

The project will provide our companies with products to increase the stability of stairs and furniture elements of an unstable nature (high chairs, stools, high tables, etc.), through technology based on gyroscopic properties, without modifying the design or. ..

This line addresses research around the development of products and systems (design, calculation, analysis, simulation, new functionalities), covering lines of work such as: Functional and topological optimization Digital modeling of products and processes Advanced design solutions for traditional products