The Organic Chemistry

i. Introduction The Master's program in Organic Chemistry at Frères Mentouri University Constantine 1 in Algeria is a two-year, advanced program following a Bachelor's degree (or equivalent, Bac + 5), designed for students passionate about chemical sciences and eager to deepen their knowledge in this field. During this program, students will have the opportunity to expand their knowledge of organic chemistry through theoretical and practical courses. ii. General Program Overview The curriculum is generally divided into four semesters, alternating between theoretical instruction, practical work, and research.

Here are some examples of courses that are taught Program: Master 1 Organic Chemistry Semester 1

Code: UEF 1

 Mechanisms in Organic Synthesis: Essential for understanding organic synthesis (preparing complex molecules from simpler compounds), reaction mechanisms detail

the microscopic steps (bond breaking and formation). In short, this is an in-depth exploration of the fundamental concepts of organic chemistry.

 Heterocyclic Chemistry: A discipline that studies cyclic compounds containing at least one heteroatom (such as nitrogen, oxygen, or sulfur) in addition to carbon.

 Organic Heterochemistry: This is a branch of chemistry that studies organic compounds containing heteroatoms (atoms other than carbon and hydrogen, primarily nitrogen, oxygen, sulfur, or phosphorus).

 Separation Techniques: These techniques allow the isolation of the components of a mixture (liquid, solid, or gas).

Methodology Module Code: UEM 1

 Organic Synthesis I Lab

 Separation Techniques Lab

 Artificial Intelligence and Machine Learning

Introductory Module Code: UED 1 Choose two subjects:

 Basic Biochemistry

 Organic Petrochemistry

 Reactions and Properties of Polymers

 Green Chemistry and Sustainable Development

 Surfactants: Properties and Applications Methodology Module Code: UEM 2  Organic Synthesis II Lab

 Advanced Spectroscopic Techniques Lab Free Software and Computer Tools Transversal Module Code: UET 1 Credits: 1 Weighting: 1  Scientific Communication in English Semester 2: Master's in Organic Chemistry Core Module Code: UEF 2  Organometallic Chemistry and Catalysis: This is the chemistry of compounds and entities with metal-carbon bonds, and its main application is catalysis.  Advanced Organic Chemistry: This explores complex reaction mechanisms, fine stereochemistry, and the total synthesis of complex molecules.  Synthetic and Reverse Synthesis Strategies: Techniques that involve finding synthetic pathways starting from the final molecule.  Advanced Spectroscopic Techniques: Analytical techniques based on the interaction between light (electromagnetic radiation) and matter, used in organic chemistry, such as infrared spectroscopy, nuclear magnetic resonance (NMR) spectroscopy, and mass spectrometry. Methodology Module Code: UEM 2  Organic Synthesis II Lab  Advanced Spectroscopic Techniques Lab  Free Software and Computer Tools  Artificial Intelligence and Machine Learning 2 Discovery Module Code: UED 2 One subject to choose from

i.  Continuous Flow Organic Chemistry  Cosmetology  Chemometrics and Experimental Design ii.  Organic Electrochemistry Transversal Module Code: UET2  Training in Academic Writing for Scientific Publication This Master's program in Organic Chemistry offers students in-depth training in this field, enabling them to pursue a career in research, the pharmaceutical industry, the chemical industry, or teaching. Semester 3: Master's in Organic Chemistry Core Module Code: UEF 3  Chemistry of Natural Products: This studies substances synthesized by living organisms (plants, etc.). It encompasses the isolation, structural elucidation, and biological evaluation of primary and secondary metabolites, serving as a basis for pharmacology, agronomy, and cosmetics.  Asymmetric Synthesis: Asymmetric synthesis (or enantioselective or diastereoselective synthesis) is a chemical process that preferentially produces an enantiomer or diastereomer of a chiral molecule compared to its mirror image. It is essential in pharmaceuticals and perfumery, as the different enantiomers of the same molecule often possess radically different biological properties.  Fundamentals of Medicinal Chemistry, or pharmacochemistry, is the interdisciplinary field that designs, synthesizes, and optimizes active ingredients for therapeutic purposes.

 Dyes, Properties, and Synthesis Methodology Module Code: UEM 3  Organic Synthesis Lab 3  Molecular Modeling  New Techniques in Organic Synthesis

Discovery Module Code: UED 3 Two subjects to choose from

 Food Chemistry

 Pesticides

 Chemistry of Flavors and Perfumes

 Cosmetic Formulation

Transversal Module Code: UET 3

 Entrepreneurship, Startups, and Innovation

Semester 4: Master's Thesis

 Company Internship

 Seminars

 Other (Supervision)