by ITCL | Sep 18, 2019 | "Electronics and Artificial Intelligence" projects, "Simulation and Virtual reality" projects, Computer vision. Projects, Deep learning and Artificial Intelligence, Digital Transformation, Intelligence manufacturing
Ciberfactory – Enhancing Industry 4.0 with Cyber-Physical Systems CiberFactory aims to enhance cyber-physical systems in Industry 4.0 with advanced technologies like digital twins, virtual reality, and industrial IoT. What is CiberFactory? The Technological...
by ITCL | Feb 14, 2018 | "Electronics and Artificial Intelligence" projects, "Simulation and Virtual reality" projects, Deep learning and Artificial Intelligence, Digital Transformation, Intelligence manufacturing, National projects, Smart and Sustainable Industry
Inspector – Inspection and maintenance in the connected industry INSPECTOR aims to revolutionize industrial inspection and maintenance using UAV´s sendor technology, and virtual reality. This project focuses on automating and optimizing facility mangement in...
by ITCL | Apr 10, 2017 | "Simulation and Virtual reality" projects, Computer vision. Projects, Deep learning and Artificial Intelligence, Intelligence manufacturing, Smart and Sustainable Industry
TISSUSIM. Simulation of the behaviour of carbon fibre and multi-layered textiles subjected to shaping procedures. Design and development of equipment for measuring raw materials. National Project File: RTC-2016-5122-5TISSUSIM is a project of the Call for...
by ITCL | Mar 11, 2016 | "Electronics and Artificial Intelligence" projects, Intelligence manufacturing, National projects, Safe and Sustainable Mobility, Smart transport
SPECTRA – Smart Emission-Free Transport Solutions SPECTRA, Smart Personal Emission-Free Transport focuses on revolutionizing urban mobility by integrating advanced technologies to reduce congestion and envisonmental impact. The project aims to develop a model...
by ITCL | Sep 25, 2014 | "Electronics and Artificial Intelligence" projects, Intelligence manufacturing, Smart and Sustainable Industry
NEOMATS: new polymwe material formulations are assential for advancing automotive parts. Our research focuses on developing polymers with enhanced funtionality and sustainability, incorporating higher recycled content without compromising performance. Research into...
