Arago is a technology platform specializing in applied optics, based at IMT Atlantique’s Brest campus. It provides scientific services and a technical environment for manufacturers in the optics and vision sectors. It has unique expertise in the field of liquid crystals, micro-optics and health.   Are you in the industrial sector or a small business wanting to experiment with a …

The inauguration of IOMEGA took place on march 14, 2017. This demonstration platform is designed to accelerate the dissemination of contributions by Mines Albi researchers in the industrial world, particularly concerning their expertise in Supply Chain Management. Matthieu Lauras, an industrial engineering researcher, is already working on tools to help businesses and humanitarian agencies manage costs and respond to unforeseen …

In July 2016 the Ministry for Education and Research renewed the Télécom & Société numérique Carnot institute accreditation and at the same time, the institute presented a new component: the FEMTO Engineering Center for Technological Development. We interviewed the Director of the FEMTO-ST laboratory, Laurent Larger, who told us a little more about the identity of this new component of the …

Piezoelectric polymers may be key in the manufacturing of future generations of connected devices. Thanks to their capacity to generate electricity under mechanical stress, they could greatly reduce the energy consumption of intelligent sensors and make them autonomous. But in order to achieve this, researchers must be able to make these polymers compatible with classic production techniques in the plastics …

Both partners are strongly involved in issues related to the industry of the future, and have decided to pool their efforts and formalize their collaboration. A lasting partnership based on three components: research, R&D and foresight. 1.    Develop cutting-edge research in the following fields : digital technologies, acoustics, Big Data and Machine Learning, Industry of the Future, 2.    Develop innovative …

As required by environmental transition, materials of the future must be “greener”. Bioplastics in particular have become a main focus of attention, and are often presented as the solution to the pollution caused by the plastics we use every day, which can take hundreds of years to decompose. Patricia Krawczak, a researcher at Mines Douai, studies these new polymers. Yet …

By Fabrice Flipo and Michel Berne, researchers at Télécom École de Management. Editorial originally published in French in The Conversation France _______________________________________________________________________________________   The digital world still lives under the illusion that it is intangible. As governments gathered in Paris at COP21, pledging to reduce their carbon emissions to keep global warming below 2°C, the spread of digital technology continues …

Composite materials are increasingly being used in industry, especially in the transport sectors (automotive and aeronautics). These lightweight and multifunctional materials have great potential for limiting environmental footprint, and will play a major role in the materials of future. At Mines Douai, Chung-Hae Park is contributing to the development of high-performance and economically viable composites. A distinguishing feature of these …

The materials of the future need to be more than just high-performance. They must also be environmentally friendly: more recyclable and based on renewable resources. This is why scientists and industrialists are taking a closer look at composite materials developed from plant fibers. They represent a major research focus for Institut Mines-Télécom (IMT) schools — especially at Mines Alès and …

IMT Nord Europe | Polymer, CompositeMaterials, BiobasedMaterials, NumericalSimulation, AdvancedManufacturing