Collaborative projects
Interconnected institutes to create innovative projects
The Technological Institutes collaborate in the generation of knowledge and the development of R&D&i, adapting themselves to the needs of the Valencian business fabric.
Strategic alliances
Development of products for children
AIJU – IBV
3D printing service and prototyping
AIJU – INESCOP
Habitat and quality of life
AIDIMME – AITEX – ITC
Toy sector
AIMPLAS – AIJU
Automotive sector and means of transport
AIDIMME – AIMPLAS – IBV –
ITE – ITI – (IMAUT)
Food packaging industry
AIMPLAS – AINIA
Collaborative projects between Institutes
Every year, the Technological Institutes work together on dozens of projects that favour society´s technological development. We show you some of the most recent and successful examples.
IBV and AIDIMME work together to create body structures for cancer patients
Currently there are many diseases, including cancer, which require the removal of bodily structures such as bones that cannot be returned to the patient. For this reason, IBV and AIDIMME are working on the development of productive techniques, materials and innovative design solutions aimed at reconstructing body structures and implanting them in the human body. With this development, patients will be given a better quality of life and healthcare costs will be reduced.
AIJU and ITENE develop self-heating packaging for babies
AIJU and ITENE work on the design, development and optimization of packaging systems for microwave heating and self-heating. The centres are developing two types of packages: a self-heating package for children from zero to three years old and an optimized package for microwave heating for children´s meals. The project´s final objective is to guarantee food safety for children through the design and development of innovative packaging.
An intelligent system integrated in textile that will prevent elderly from falling
AITEX and IBV are developing a system based on integrated textile sensors, which together with an ICT platform, serve to prevent, monitor and protect elderly people from falling. The system will be composed of an electronic device that is integrated in textile in order to acquire biomechanical signals, the communication software with the web platform and a web page that will allow access to information, both by the user and clinicians. The system will be integrated in textile elements, such as shirts, pants or belts. In this way, it will be possible to measure the biomechanical variables of elderly people and scenarios or situations that imply risks of falling can be detected.
