The Inorganic Chemistry

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Program Overview

The Master's in Inorganic Chemistryis a comprehensive program is designed to train experts in advanced inorganic materials through a balanced combination of fundamental theory and cutting-edge applications. The first year (M1) establishes core competencies in geometric crystallography (crystal lattices, symmetry, space groups), coordination chemistry (metal-ligand interactions, catalytic systems), and essential characterization techniques (XRD, spectroscopic methods), complemented by practical laboratory work in synthesizing model materials like perovskites and spinels. The second year (M2) focuses on advanced specialization, including powder/single-crystal diffraction analysis, solid-state NMR, sol-gel synthesis methods, and the study of innovative materials such as organo-inorganic hybrids, ferroelectric ceramics, and functional glasses, culminating in an original research project addressing current challenges in materials science. Enhanced by cross-disciplinary training in scientific The program includes interdisciplinary training (scientific English, computational modeling) to prepare graduates for academic (PhD) or industrial careers.


Teaching Language : Frensh

Curriculum Highlights

Core Courses

Experimental techniques

1.    Geometric Crystallography(crystal lattices, symmetry principles, space groups)

2.    Coordination Chemistry(crystal field theory, metal-ligand bonding)

3.    Solid-State Chemistry(crystal defects, non-stoichiometry)

4.    Materials Thermodynamics(phase diagrams, structural transformations)

 

Experimental techniques

1.  Radiocrystallography (XRD on powders and single crystals)

2.  Spectroscopic methods (IR, UV-Vis, NMR, EPR)

3.  Inorganic syntheses (solid-state, sol-gel, hydrothermal)

 

Advanced Topics

Advanced experimental techniques

1.    Resolution of crystalline compound structures using XRD

2.    Advanced solid-state NMR spectroscopy

 

Innovative materials

Design of hybrid organo-inorganic materials


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Admissions Information

Admission Information:

1.    Required Qualifications

§ Bachelor's Degree in Inorganic Chemistry

§ Bachelor's Degree in Fundamental Chemistry

§ Bachelor's Degree in Materials Chemistry

 

2.    Application Procedure

§ Online Pre-registration

§ Submission of transcripts, CV, and cover letter via the platform

 

 

3.    Academic Prerequisites

§ Mastery of the fundamentals of inorganic chemistry, molecular synthesis, and characterization methods

§ Knowledge of physics and mathematics

 

4.    Selection

Review of academic record

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