the pharmaceutical chemistry

Program Overview

The Master's program in Pharmaceutical Chemistry offers a comprehensive curriculum spanning four semesters. In the first semester, students build a strong foundation in advanced organic chemistry, pharmacology, quantum chemistry, and physicochemical analysis, complemented by practical work in organic synthesis and pharmacology. The second semester deepens knowledge with courses in synthesis strategies, pharmaceutical chemistry, pharmacology, pharmacognosy, and a supervised project, alongside subjects like pharmaceutical technology and computer science for chemists. The third semester focuses on applied pharmaceutical sciences, including heterocyclic chemistry, drug quality analysis, pharmaceutical formulation, biostatistics, and extraction techniques for medicinal plants, with practical work in quality control and a focus on bioethics. In the final semester, students engage in independent research, industrial internships, and seminars, allowing them to apply their knowledge and gain professional experience in the pharmaceutical field.

Teaching Language : french

Curriculum Highlights

Core Courses

The common core for the field: Materials Science; two semesters in general chemistry; two semesters in pharmaceutical chemistry specialty, and four semesters in the master's program. The main subjects taught at this level include: Pharmaceutical organic chemistry, Advanced chemistry, Pharmacological toxicology, Spectroscopic analysis methods, etc.

Advanced Topics

The Master’s program in Pharmaceutical Chemistry is built upon a solid foundation of core courses that equip students with essential knowledge in pharmaceutical and chemical sciences. These courses include:

Advanced Organic Chemistry: Reaction mechanisms, functional group reactivity, and synthesis of pharmaceutically relevant compounds.
General and Specialized Pharmacology: Drug action principles, therapeutic targets, and side effect profiles.
Quantum Chemistry and Molecular Modeling: Theoretical foundations for understanding molecular interactions and behavior.
Physicochemical Analysis: Spectroscopic, chromatographic, and electrochemical techniques applied to the analysis of active substances.
Laboratory Organic Synthesis: Practical execution of chemical reactions, purification, and compound characterization.
Pharmacognosy: Study of natural substances of plant origin with therapeutic potential.
Pharmaceutical Chemistry: Drug design, mechanisms of action, and structure optimization of active pharmaceutical ingredients.
Pharmaceutical Technology: Fundamentals of drug formulation, manufacturing processes, and quality control of dosage forms.

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Admissions Information

Admission to the pharmaceutical chemistry program is often subject to a set of strict criteria aimed at selecting the most qualified students. This training program is designed to provide students with in-depth knowledge of chemistry while preparing them to understand and solve complex problems related to drug formulation, pharmaceutical product quality, and active substance analysis.

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