The Advanced Organic Synthesis course provides a comprehensive exploration of modern synthetic methodologies; reaction mechanisms; and strategies for constructing complex organic molecules. Students will develop a deep understanding of key transformations; including catalytic processes; asymmetric synthesis; and pericyclic reactions; while gaining hands-on experience in designing and executing multistep syntheses. The curriculum emphasizes critical analysis of synthetic routes; enabling learners to evaluate efficiency; selectivity; and sustainability in organic transformations. Through rigorous theoretical and practical training; students will master advanced techniques such as retrosynthetic analysis; enabling them to deconstruct target molecules into feasible synthetic pathways. The course also covers contemporary topics like green chemistry; photoredox catalysis; and C–H functionalization; preparing graduates for cutting-edge research in academia or industry. Problem-solving exercises and case studies reinforce the application of synthetic principles to real-world challenges in pharmaceuticals; materials science; and agrochemicals. For research-focused students; the program offers opportunities to investigate novel synthetic methodologies under expert supervision; fostering independent thinking and innovation. Taught students benefit from structured modules that build expertise in spectroscopic analysis and mechanistic reasoning; ensuring proficiency in characterizing complex organic compounds. Collaborative projects and seminars encourage peer learning and scientific communication skills. By completing this course; students will be equipped with the advanced knowledge and technical skills required for careers in synthetic chemistry; drug discovery; or further doctoral research; while adhering to the highest standards of safety and ethical practice.
