Cosmos Materia

Le 1er média, label et agence de création de contenu des sciences des matériaux dédiés au monde francophone 🇫🇷🇲🇦🇨🇦🇩🇿🇹🇬
Nous créons du contenu en ligne, podcast, newsletter et conférence afin de fédérer autour d’une communication scientifique plus humaine et inclusive.

Fondateur, Créateur de contenu, Facilitateur

Evermatière

Evermatière | Lorsque la matière devient circulaire !

Chez Evermatière, nous aidons les designers, entreprises et acteurs industriels à intégrer la circularité des matériaux dès la phase de conception.
Notre mission : transformer les déchets en ressources, développer des matériaux intelligents et accompagner l’innovation durable.

Ce que nous faisons :
🌿 Accompagnement en circularité des matériaux (conception circulaire & éco-matériaux, développement de matériaux fonctionnels)
🎓 Formations aux matériaux et à la circularité (Typologie des matériaux, Modes de circularité, Ateliers sur l’éco-conception)

Nous croyons en une matière réinventée, à la fois utile, durable et régénérative. Rejoignez le mouvement circulaire de la matière !

📍 Basés en France
📬 contact@evermatiere.com
🌐 www.evermatiere.com

Co-fondateur & Expert matériaux et circularité

Draw Me un Matériau Podcast

French Podcast | Le podcast Draw me un Matériau est votre rendez-vous incontournable science, matériaux et expérience humaine.

Retrouver Mike et ses invités autour de ces thèmatiques passionnantes.

Créateur & Hôte du podcast

ALEXANDRE Creative

L’atelier familiale spécialisé dans le recyclage du métal et d’autres matériaux en créations contemporaines d’inspirations mécaniques.

Co-fondateur & Manager

VESO CONCEPT

Materials Research Engineer in charge of:
• Develop of new compositions of biobased or recycled materials with specific impregnation constraints.
• Implement of product according to the material defined in accordance with the technical specifications of the requirement.
• Intervene proactively on the resolution of scientific problems and participate in the continuous improvement of the composite laboratory.
• Set up LCA analyzes, tools to control and steering manufacturing processes.
• Participate in the development of national and European call for projects files, design guides with good practices and feasibility limits.

Materials Research Engineer

Université de Caen Normandie

•   Practical work of Knowledge of composite materials. 
B.Sc. in Composite, plastics processes of innovative materials

•   Practical work of Materials science properties.
Associate's degree in Mechanical and Productive Engineering

Temporary Lecturer

Postdoctoral Associate at CIMAP laboratory (University of Caen Normandy) and Team Leader of a team of three PhDs attached to the E.U. Project NEPFLAX (New Process for Flax) to be carried by industrial and academic partners, the mission is: Analyze and optimize the behavior of resin, flax fibers and FRP composites at different scales, throughout the semi-product development process; Analyze and optimize the behavior of the semi-product during the polymerization process. My mission is to listen, support and enhance the team so that it follows a virtuous cycle of optimization and continuous improvement in three positions: Material picking on the industrial site; Material analysis in the laboratory; Helps optimize the industrial development prototype.

Project Members: NATUP, LINEO, ECOTECHNILIN, Caen Normandie University, CIMAP laboratory.

•	Team management, piloting of experimental / numerical dialogue, experimental and numerical plans.
•	Responsible for the experimental and numerical strategy and analysis of the experimental plans.
•	Upward and transversal communication of information between industrial, academic and the team; Communication with suppliers.

Postdoctoral Associate (Team Leader)

IRT AESE - Saint Exupéry

Thesis on the optimization of mechanical behavior PEKK/ Carbon fibers (CF) structural composites by PEKK oligomers sizing. Three major axes were explored: laboratory synthesis of PEKK oligomers and definition of the physicochemical characteristics allowing their use as sizing agent as well as the validation of the industrial synthesis of this one. Quantitative Structure-Property Relationship Study (QSPR) by Artificial Neural Networks (ANN), which led to the development and optimization of an aqueous sizing formulation without the use of organic solvent. Sizing deposits previously formulated on carbon fiber according to different protocols and implementation of composites PEKK / CF sized PEKK oligomer. Study by dynamic mechanical analysis in rectangular torsion in order to characterize the transfer of fiber / matrix constraints is to justify the contribution of the sizing. This contribution is reflected by an increase in the mechanical modules conservative and dissipative material.

Project Members: Airbus, Airane Group, Thales Alenia Space, IRT Saint Exupery, CIRIMAT, IMRCP. 

• Conduct studies and discussions with an industrial partner to define and propose specifications for the synthesis of a sizing agent on an industrial scale.
• Formulate an aqueous sizing dispersion by an organic solvent-free method through a relationshipstructure property study based on artificial neural networks. 
• Implementation of composites at the laboratory scale that have allowed dynamic mechanical analysis to demonstrate the influence of the sizing on the increase in mechanical performance of composites.

Materials Ph.D. Student

CIRIMAT

Internship on the influence of shape factor and submicron charge rate in hybrid piezoelectric composites. Hybrid piezoelectric composite obtained by incorporation of a ceramic (sodium niobate) into a technical polymer matrix (polyvinylidene fluoride). Synthesis of ceramic charges by hydrothermal route and characterization by various analysis techniques. Hybrid composites development protocol was optimized for dispersion of particles (form factor about 1) and yarn (high form factor) in the polymer matrix. After polarization of the composite, the influence of the NaNbO3 loading concentration and form factor on the piezoelectric coefficient of the hybrid composite was studied.

• Elaborate and optimize by hydrothermal synthesis piezoelectric ceramic particles with different form factors. 
• Implementation and polarization of hybrid composites in the laboratory.
• Highlighting of the influence of the shape factor of piezoelectric particles on their incorporation into a polymer matrix, as well as their influence on the piezoelectric performance of the composite.

Intership – M.Sc. Student of 2nd year

MAPIEM - Laboratoire Matériaux Polymères Interfaces Environnement Marin

Internship at MAPIEM laboratory (University of Toulon) on the characterization of nanostructuration due to the incorporation of a diblock copolymer of polystyrene-poly (ethylene oxide) (PS-b-PEO) in an epoxy-amine matrix. The thermosetting matrix was formulated based on DGEBA and MOCA (4,4-methylene-bis (2-chloroaniline)). Several samples were taken to ensure the robustness of the implementation protocol. Analysis of the surface nanostructure induced by the incorporation of the copolymer by atomic force microscopy (AFM) and nanoindentation tests.

• Formulate a thermosetting polymer filled with thermoplastic particles.
• Characterization of the surface nanostructure by AFM and nano-indentation.

Intership – M.Sc. Student of 1st year

Internship at MAPIEM laboratory (University of Toulon) on the development and the characterization of thermosetting polymer / ceramic hybrid material. Formulation of a polyepoxy matrix from DGEBA and DDM (diphenylmethane). Functionalization of BaTiO3 by a molecule with silane functions. Incorporation of piezoelectric charge of functionalized and non-functionalized BaTiO3 in the polyepoxy matrix. Characterization by IRTF, DMA, DSC and DEA of composites to observe the influence of the functionalization of piezoelectric charges.

• Formulation of a thermosetting polymer with incorporation of a piezoelectric ceramic charge.
• Functionalization of piezoelectric ceramic particles.
• Realization of several analysis techniques to disassemble the influence of functionalization.

Intership – B.Sc. Student

You know you I am ! euh ... don't you know ?

Alors je me présente, je m'appelle Mike est ma mission est de [re]valoriser les matériaux. Je fédère autour d'une communication plus humaine et inclusive de la science avec Cosmos Materia. Et j’agis pour une économie circulaire de la matière, en alliant une vision industrielle avec Evermatière et une approche artistique avec ALEXANDRE Creative.

Je suis fascinant n'est-ce pas ? Alors travaillons ensemble et suivez-moi pour des nouvelles actualités dans le monde merveilleux des matériaux ! ✌️

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