Materials Chemistry (First year of the Master's)

Program Overview

📚 The Master’s Programme in Materials Chemistry is designed to provide students with advanced knowledge and practical expertise in the design, synthesis, characterization, and application of modern materials. The programme adopts an integrated approach combining solid-state chemistry, electrochemistry, materials processing, advanced characterization techniques, and the study of physicochemical properties, with a strong emphasis on experimental training.

Particular attention is given to methodological and digital tools, including materials modeling, chemometrics, statistical data analysis, and artificial intelligence applied to materials science, in order to prepare students for current challenges in research, industry, and technological innovation.

The programme is structured over four semesters.

Semesters 1 and 2 provide a strong scientific and methodological foundation in materials chemistry.
Semesters 3 and 4 focus on advanced topics, specialization, and a research project culminating in a Master’s thesis and oral defense.

Teaching Language : French and English

Curriculum Highlights

Core Courses

📚 Semester 1: Fundamentals and Tools of Materials Chemistry

The first semester focuses on core scientific concepts and experimental skills essential to materials chemistry:

Solid-State Chemistry and Phase Diagrams: fundamentals of solid structures, phase equilibria, and their influence on material properties.
Materials Processing Methods (1): introduction to materials synthesis and fabrication techniques.
Materials Characterization Techniques (1): principles and applications of key analytical methods used in materials science.
Laboratory Work in Materials Processing and Characterization: practical implementation of synthesis and characterization techniques.
Physicochemical Properties of Materials: study of the fundamental properties governing material behavior.
Nanoscience and Nanotechnology: introduction to nanostructured materials and their applications.
Thermal Analysis Methods: evaluation of materials through thermal characterization techniques.
Artificial Intelligence and Machine Learning (1): introduction to AI tools applied to materials analysis and optimization.
Sustainability, Aging, and Recycling of Materials: environmental aspects and circular economy approaches in materials design.

📚Semester 2: Applications, Modeling, and Functional Materials

The second semester deepens fundamental knowledge and introduces applied and technological topics:

Electrochemistry Applied to Materials: electrochemical principles and their applications in functional materials, corrosion, and energy-related systems.
Materials Processing Methods (2): advanced synthesis and engineering techniques for materials development.
Functional Materials: design, properties, and applications of materials with specific functionalities.
Materials Characterization Techniques (2): advanced analytical and instrumental characterization methods.
Spectroscopic Methods (Laboratory Work): practical applications of spectroscopic techniques in materials analysis.
Materials Modeling: introduction to modeling and simulation of material properties.
Chemometrics, Statistical Data Analysis, and Experimental Design: data processing, interpretation, and optimization of experimental results.
Artificial Intelligence and Machine Learning (2): advanced applications of AI for materials prediction and performance evaluation.
Semiconductors and Technological Applications: fundamentals and applications of semiconductor materials.
Emerging Polluting Materials: study of materials and substances with environmental impact.
Materials Selection: scientific and technological criteria for selecting materials for specific applications.

Advanced Topics

📘 The advanced topics in Master 1 aim to strengthen students’ knowledge of modern materials through applied and interdisciplinary modules. These courses focus on functional and nanostructured materials, advanced characterization techniques, electrochemistry, materials modeling, and data analysis. Particular emphasis is placed on artificial intelligence, chemometrics, and sustainability, preparing students to address current industrial, energy, and environmental challenges. This advanced training provides a solid foundation for Master 2 specialization, research activities, and professional careers in materials science and related industries.

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Admissions Information

📚 Eligibility Criteria for Admission to the Master’s Program in Materials Chemistry:

• Academic Background: Applicants must hold a Bachelor’s degree (or its equivalent) in Chemistry, Materials Science, or a closely related discipline. Candidates with degrees in Physics or Engineering may also be considered, provided they possess a strong foundational knowledge of chemistry.

• Scholarly Performance: A distinguished academic record demonstrating excellence in fundamental chemistry coursework is required.

• Application Portfolio: The application dossier must include official academic transcripts, a compelling statement of purpose articulating the applicant’s academic interests and career objectives, letters of recommendation, and a current curriculum vitae (CV).

• Interview Process: Selected candidates may be invited to participate in an interview to evaluate further their academic readiness and alignment with the program’s objectives.

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