Mr. Aymeric Wassermann | Material Forming | Young Scientist Award
Aymeric Wassermann is a dynamic PhD student at LEM3, Metz, France, specializing in the cold forming of austenitic stainless steel wires through a CIFRE doctoral contract in partnership with TDV-Profile. With a mechanical engineering background and a dual degree in project management, he blends technical expertise in material behavior with practical industrial problem-solving. He is adept in experimental techniques like EBSD, XRD, and tensile/compression testing, alongside numerical simulations using Coldform and Abaqus. Passionate about research translation into industrial value, Aymeric actively participates in international conferences, showcasing leadership, teamwork, and scientific communication.
Profile
🎓 Education
Aymeric graduated from Ecole Nationale d’Ingénieur de Metz (2015–2021) with a specialization in Materials and Manufacturing Processes , complemented by a dual degree in Engineering & Management from IAE Metz (2020–2021) . Since 2022, he has been pursuing a PhD in Materials Science through a CIFRE doctoral contract with TDV-Profile and LEM3, focusing on wire processing and simulations . He completed specialized training in SEM/TEM, scientific project management, and ColdForm® simulation software from C2MP and Transvalor SA , enriching his multidisciplinary engineering foundation.
🧪 Experience
Aymeric began as an R&D Engineer at LEM3 (2021), followed by a role as Materials Research Engineer at TDV-Profile (2021–2022) . He currently serves as a PhD Engineer (since Oct 2022), performing experimental and simulation work on stainless steel wires in collaboration with industry . His experience includes mechanical testing, microstructural analysis, and the development of process optimization techniques . He frequently engages in business travel for technical assessments and team collaboration, and also structured the CIFRE PhD project . His work bridges academic insight with industrial implementation .
🏅 Awards & Honors
While formal awards are currently pending, Aymeric’s selection for a CIFRE doctoral contract itself is a prestigious recognition of his academic excellence and industrial potential . His peer-reviewed publication in the European Journal of Materials (2025) marks an important scholarly milestone. His research contributions have been presented at international forums like Junior Euromat . Participation in specialized trainings by C2MP and Transvalor SA, and collaborative work with TDV-Profile, underscore his rising impact in the field of materials science and forming simulations.
🔬 Research Focus
Aymeric’s research centers on material processing and optimization of austenitic stainless steels, particularly grades 304 and 316 . He investigates thermo-mechanical behavior, strain-induced martensitic transformation, and recrystallization using techniques like EBSD and XRD . He integrates finite element simulation tools such as Forge®, ColdForm, and Abaqus to predict microstructural changes and optimize industrial processes . His work combines tensile/compression testing across strain rates with predictive modeling (e.g., Olson-Cohen) for phase transformation . His ultimate goal is to enhance performance and sustainability in wire forming industries .
Conclusion
Aymeric Wassermann is a strong and promising candidate for the Young Scientist Award. His applied research in cold forming of stainless steel wires is industrially relevant and scientifically grounded, and he demonstrates a well-rounded profile with a blend of technical and managerial competencies. While his publication record is still developing, his trajectory, practical experience, and research impact strongly align with the spirit of the award, which aims to recognize emerging talent. Continued academic dissemination and professional engagement will further strengthen his future standing in the scientific community.
Publication
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Title: Characterisation and Numerical Analysis of 304L Austenitic Stainless Steel Wires under Tensile and Cold Rolling Deformation
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Authors: A. Wassermann, G. List, E. Fleury, O. Jacquel
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Journal: European Journal of Materials
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Year: 2025