Salah-eddine BENRAZZOUQ
PhD Candidate in Materials Science
Vandoeuvre-lès-Nancy, FR.About
Highly accomplished PhD candidate in Materials Science with a robust background in advanced thin film synthesis and characterization, specializing in high-entropy alloys and electrocatalytic materials. Proven ability to drive innovative research, evidenced by 3 first-author peer-reviewed publications and the discovery of tunable second-harmonic generation, positioning for impactful roles in materials R&D.
Work
Nancy, Grand Est, France
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Summary
Leading advanced materials research focused on the optical properties of high-entropy alloy thin films, integrating multidisciplinary characterization to drive novel discoveries.
Highlights
Discovered tunable second-harmonic generation in centrosymmetric metallic alloys, achieving 4-6x enhancement through compositional engineering, with findings under review by Nature Communications.
Achieved precise control of electrical resistivity (89-324 μΩ·cm) with a near-zero temperature coefficient (-2.86 ppm/K) in high-entropy alloy thin films, published in Applied Materials Today (2025).
Established atomic-scale structure-property relationships by integrating TEM/STEM, SEM/EBS, XRD, and optical spectroscopy (PL, SHG, UV-Vis) to identify critical roles of interface structures and compositional modulation.
Expertly synthesized thin films using magnetron sputtering (DC/RF co-sputtering, reactive sputtering, HiPIMS) and MBE epitaxial growth, demonstrating compositional control of alloys, oxides, and nitrides.
Operated UHV multi-chamber systems within clean room environments for over 3 years, ensuring high-purity fabrication conditions.
Authored 3 peer-reviewed research papers as first author and currently have 3 additional manuscripts in preparation, demonstrating strong research output.
Collaborated effectively with international academic partners from the University of Grenoble (SIMAP), University of Minho (Portugal), and ITMO University (Russia).
Nancy, Grand Est, France
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Summary
Provided instructional support and mentorship in advanced materials science, covering thermodynamic principles, phase stability, and alloy design.
Highlights
Delivered tutoring and teaching assistance for courses on Phase Diagrams, including thermodynamic principles and multicomponent systems.
Instructed students on Non-Ferrous Alloys, focusing on structure-property relationships, phase stability, and alloy design principles.
Mentored two engineering students, Gabin Lamard (Fall 2024) and Loic Couasnon (Fall 2023), guiding their academic and research development.
Nancy, Grand Est, France
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Summary
Conducted pioneering research on nickel nitride thin films for water splitting applications, optimizing material properties and evaluating electrocatalytic performance.
Highlights
Developed nickel nitride thin films on carbon nanotube buckypaper substrates using pulsed DC reactive magnetron sputtering for enhanced water splitting applications.
Synthesized flexible carbon nanotube buckypaper substrates via a chemical synthesis route, optimizing mechanical properties for advanced composite materials.
Deposited and comprehensively characterized NiN films on CNT substrates, investigating structural and microstructural evolution as a function of deposition parameters.
Analyzed the influence of substrate morphology on film growth mechanisms, crystallinity, and interfacial adhesion properties, contributing to material design insights.
Evaluated the electrocatalytic performance of NiN/CNT composites for both hydrogen evolution reaction (HER) and oxygen evolution reaction (OER).
Published research findings in Advanced Functional Materials, demonstrating significant contributions to the field.
Education
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MSc.
Materials Science and Engineering
Courses
Corrosion and surface treatment (Specialty)
Deposition of nickel nitride thin films via magnetron sputtering toward carbon nanotube buckypaper for water splitting application (Master's thesis)
Awards
SFV “Michel Cantarel” Student grant
Awarded By
French Vacuum Society (SFV)
Awarded at PLATHINIUM 2025 for excellence in vacuum science and technology.
Best Internship Presentation (180s Challenge)
Awarded By
School of Mines, Nancy
Recognized for delivering the best presentation during an internship at the School of Mines, Nancy.
Publications
Tunable second harmonic generation by centrosymmetric high-entropy alloys
Published by
Nature Communications
Summary
Salah-Eddine Benrazzouq et al.
High Entropy Alloys Database generated with Large Language Model
Published by
Nature Scientific Data
Summary
V. Chizhevskiy, Salah-Eddine Benrazzouq et al.
Languages
Arabic
English
French
Skills
Materials Characterization & Synthesis
Thin Film Synthesis, Magnetron Sputtering (DC/RF co-sputtering, reactive sputtering, HiPIMS), MBE Epitaxial Growth, Co-deposition, Compositional Control (Alloys, Oxides, Nitrides), Clean Room Fabrication, UHV Multi-chamber System Operation, XRD (Bragg-Brentano, Pole Figures, Texture Analysis), TEM/STEM (Bright/Dark Field, SAED, Atomic-Resolution HAADF Imaging, EDX/EELS Spectroscopy), SEM-EDX, Hall Effect, Electrical Resistivity, Temperature-Dependent Transport (4-350K), Photoluminescence, Second-Harmonic Generation, UV-Vis Spectroscopy, Nanoindentation, Carbon Nanotube Buckypaper Synthesis.
Software & Data Analysis
OriginLab, FullProf, HighScore, DIFRAC.EVA, Topas, Digital micrograph (GMS), ImageJ, LabSpec, Ec-lab, JMP, Pearson's crystal data, CrystBox, MS Office, ChemDraw, Photoshop, Aspen Plus.
Programming & AI
Python (Basic), AI Applications, Machine Learning Applications.
Research Methodologies
Atomic-Scale Structure-Property Relationships, Phase Diagram Calculations (CALPHAD/Thermo-Calc), Crystallographic Analysis, Integrated Characterization, Electrocatalytic Performance Evaluation (HER, OER), Problem-Solving, Growth Narratives, Strategic Prioritization.
Interests
Travel
Switzerland, Germany, Belgium, Luxembourg, Portugal, United Kingdom, USA, Albania.
Outdoor Activities
Camping, Outdoor activities.
Sports
Football, Swimming.
Community Engagement
Volunteer work in BDE association.