Inorganic Chemistry

Explore the programs and courses offered by Inorganic Chemistry

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Program Overview

The Bachelor's program in Inorganic Chemistry aims to train graduates with a solid command of both fundamental and advanced concepts in chemistry, with a focus on inorganic chemistry.

In the first year, students follow a common core curriculum in physics, chemistry, and mathematics, allowing them to build a strong scientific foundation for future specialization.

During the second year, the program delves into key areas of chemistry, particularly organic chemistry and theoretical chemistry, supported by practical lab work to strengthen their hands-on experience.

The third year is fully dedicated to specialization in inorganic chemistry, covering topics such as metallic compounds, coordination chemistry, solid-state chemistry, advanced analytical techniques, and industrial applications. Students also gain robust practical experience in laboratories, preparing them for research or industrial careers.

Teaching Language : French and Arabic

Curriculum Highlights

Core Courses

The Bachelor's program in Inorganic Chemistry is built on a set of core courses designed to provide students with a strong and multidisciplinary scientific foundation essential for mastering the field.

These courses include:

  • General Chemistry: foundational concepts including reactions, atomic structure, chemical bonding, and the periodic table.
  • Analytical Chemistry: qualitative and quantitative methods for analyzing chemical elements and compounds.
  • Physical Chemistry: study of thermodynamics, chemical kinetics, and equilibria.
  • Organic Chemistry: an introduction to organic compounds and their reactions, useful for distinguishing between organic and inorganic domains.
  • Basic Inorganic Chemistry: structures, classification, and fundamental reactions of inorganic compounds.
  • Mathematics and Physics: supporting tools for analyzing and modeling chemical phenomena.


Advanced Topics

In the third year, students explore specialized topics to deepen their expertise in inorganic chemistry, such as:

  • Coordination Chemistry: study of metal-ligand complexes and their industrial/pharmaceutical uses.
  • Advanced Solid-State Chemistry: structural analysis and physical properties of solid materials.
  • Inorganic Electrochemistry: understanding redox and electrochemical reactions in inorganic systems.
  • Spectroscopy: advanced techniques (UV-Vis, IR, NMR) for analyzing inorganic compounds.
  • Industrial Inorganic Chemistry: large-scale production and processing of inorganic materials.


Graduates of the program are well-equipped to work in a variety of fields, including:

  • Chemical and petrochemical industries
  • Analytical and quality control laboratories
  • Pharmaceutical manufacturing
  • Metal production and processing companies
  • Education and technical training
  • Further academic study (Master’s, PhD) in chemistry or related areas like materials science


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Admissions Information

To be admitted into the Bachelor's program in Inorganic Chemistry, students must have successfully completed the first year of the common core curriculum in the field of material sciences, with solid performance in key subjects such as chemistry, physics, and mathematics.

Admission into the specialization typically occurs in the third year, depending on the institution’s structure, and is based on academic merit ranking, considering the grades obtained in previous years.

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