Sciensoria has been officially approved by the French Ministry of Higher Education and Research (MESRI) as a Research Organization for the years 2025, 2026 and 2027.
This approval recognizes the scientific quality of our work and our contribution to applied R&D across the aeronautics, energy, metallurgy, nuclear and advanced materials sectors.
A formal acknowledgement of our scientific expertise
The MESRI approval confirms that Sciensoria fully meets the strict standards defined by the French State for Research & Development, in accordance with the Frascati Manual.
It validates:
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the accuracy of our high-frequency electromagnetic measurement technologies,
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the scientific rigour of our multi-parameter modelling and inversion methods,
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our capacity to develop innovative characterization tools for critical materials,
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our experience in applied industrial research.
High-level collaborations in France and internationally
Sciensoria has conducted research projects for major industrial and institutional partners such as:
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Airbus,
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CEA,
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EDF,
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Framatome,
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Schmidt Group,
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Surys,
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TechnipFMC,
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General Electric Power,
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Graftech,
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MTS (USA),
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Mahle (Germany),
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Metalor (Switzerland),
as well as numerous SMEs and innovative startups.
This approval strengthens the confidence of our clients and consolidates our role as a reliable and independent R&D partner.
Key scientific services: electromagnetic characterization of advanced aerospace materials
A major focus of Sciensoria’s current work is the characterization of new conductive and magnetic materials for the aerospace sector.
Our R&D activities include:
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multi-frequency measurement of electrical conductivity,
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assessment of magnetic permeability in advanced alloys,
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non-destructive evaluation of high-performance composite structures,
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analysis of thin films, functional coatings,
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modelling of induction phenomena in complex hybrid materials.
These developments address the growing needs of modern aeronautics: lightweight structures, improved reliability, conductive composites, functional magnetic materials, and precise monitoring of material behaviour.
Sciensoria recently delivered a complete electromagnetic mapping system designed to assess the quality of magnetic coatings applied to advanced aerospace materials.
This project was carried out for a world-leading aerospace materials manufacturer, further strengthening our role in qualifying new conductive and magnetic alloys and functional composites used in modern aircraft structures.
The system enables:
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high-resolution assessment of coating uniformity,
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non-destructive detection of local variations,
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2D/3D mapping tools for quality assurance and process validation.
This collaboration highlights Sciensoria’s expertise in the advanced characterization of conductive and magnetic materials, a rapidly growing need in the aerospace sector.
A major benefit for clients: eligibility for the French Research Tax Credit (CIR)
Thanks to this approval, companies operating in France can benefit from the Crédit d’Impôt Recherche (CIR) when subcontracting R&D work to Sciensoria.
➤ Direct benefit:
30% of the research costs entrusted to Sciensoria can be deducted from corporate taxes.
This incentive makes scientific subcontracting more accessible and strengthens the financial viability of collaborative research projects.
Participation in national and international research programs
The MESRI approval also facilitates Sciensoria’s involvement in:
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national collaborative projects,
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regional and European funding programs,
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bilateral initiatives with countries having agreements with France,
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industrial research consortiums.
Our partners gain an additional guarantee regarding the scientific rigour and compliance of our work.
Sciensoria: serving industrial research
Sciensoria designs and develops advanced technologies for electromagnetic measurement, inductive imaging, and multi-parameter inversion, dedicated to the non-destructive characterization of materials.
Our high-resolution instruments—combining sensors, electronics, modelling and scientific software—are used in demanding environments requiring precision, robustness and repeatability.
We are pleased to share this important milestone with our partners and look forward to further collaborations in 2025 and beyond.