the pharmaceutical (Third year bachelor )

Explore the programs and courses offered by the pharmaceutical (Third year bachelor )

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Program Overview

The program of the Pharmaceutical Chemistry (Third year bachelor), which is divided into two semesters(S5 and S6), is based on several key elements that contribute to the comprehensive training of students. Among these elements, the diversity of subjects offered stands out, allowing students to acquire skills in various and complementary fields. Another strong point is the emphasis on practical work, which promotes the development of individual skills. Additionally, the flexibility of the program enables the achievement of set objectives and provides students with prior knowledge that will serve as the fundamental foundation for continuing their academic journey at the master's and doctoral levels





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 organic chemistry, Pharmacological toxicology, Spectroscopic analysis methods, separation and purification by chromatography Methods , synthesis of Bioactive organic compounds. etc.


Advanced Topics

 

The advanced topics covered in the curriculum presented to third-year students in the pharmaceutical chemistry specialization aim to enable students to enhance their skills and knowledge in a field where chemistry and biological sciences intersect. This specialization reflects the interaction between chemistry and drugs, and how they affect the body, giving students a deep understanding of the following:

Understanding the fundamentals of organic chemistry and its relation to drugs: This topic allows students to study the chemical structure of organic compounds that form drugs, and how these compounds interact with biological receptors in the body.

Understanding the fundamentals of drug production: This section covers the processes involved in drug manufacturing, from selecting raw materials to the actual production of drugs in laboratories or factories. It also addresses the standards that must be met to ensure the effectiveness and safety of drugs.

Understanding the relationship between drugs, their chemical formulations, and their pathways inside the human body: Students study how drugs affect the body once they enter it, starting from absorption and distribution to metabolism and excretion. They also learn about the pharmacological effects of drugs and how to design drugs to achieve the desired effect in treating diseases.

These topics help prepare students for a deep understanding of the stages of drug development, as well as the biological effects that may occur within the human body as a result of using different drugs.


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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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