GRANTS & FINANCING
2022
GALACTICA project aims to support the creation of new industrial value chains around textile and aerospace sectors based on advanced manufacturing. The vision is to drive cross-sectoral innovation to boost new market opportunities, revenues and improve productivity. GALACTICA will facilitate the uptake of advanced manufacturing technologies as part of the digital transition of the textile and aerospace industries.
2021-2020
Smartees will help Sensing Tex develop new products by promoting a technological acceleration hub that will offer advice and access to 35 innovative technological solutions in the field of flexible electronics, organic photovoltaics, flexible screens and electroluminescent lighting, among others
AWARDS & RECOGNITIONS

2015 and 2011
Eurostars, a joint programme between EUREKA and the European Commission, has supported and awarded two Sensing Tex Projects
R&D PROJECTS
Bridging the gap between technology and the market

2022 – 2024
IA2IG (“Inteligencia Artificial aplicada a Imágenes de Gravedad” – Artificial Intelligence Applied to Gravity Images)) is a specific Targeted Research Project funded by the CDTI within the PID research programme. The goal of IA2IG is to set a fundamental change in the way that pressure mapping data is analyszed through artifitial intelligence

2017 – 2019
Serene IoT will Improve quality of life of patients and Reduce healthcare expenses in the addressed medical domains by developing clinical prototypes of new medical devices supporting security, safety and privacy

2014 – 2016
SecondSkin will develop the technology required and its integration for a full range of new high stretchable sensors-based applications in Wellness and Health Care

2014 – 2015
Large Area Pressure Sensors for Mats (LAPS)aims to establish technology for large area textile sensitive mats. This includes the hardware and firmware to monitor and track static and dynamic postural analysis using applications and evaluation of data in the Cloud

2013 – 2014
PUMA project strives to develop a novel portable and non-invasive system to prevent and early detect the risk of Pressure Ulcer (PU) development and revert its onset at Tetraplegic Spinal Cord Injured (T-SCI) individuals relying on wheelchairs, based on the control and improvement of tissue viability

2012 – 2014
HARKEN‘s project objective is to measure heartbeat and respiration variables in a non-intrusive manner in an environment of vibrations and user movements, by means of smart materials embedded in the seat cover and the safety belt of the car

2011 – 2013
TDK4Pe (Tool Design Kit for Printed Electronics) is a specific Targeted Research Project funded by the European Union in the Seventh Framework Programme. The goal of TDK4Pe is to set a fundamental change in the way printed electronics (PE) are designed and manufactured in Europe