Organic Chemistry: Strategies for Stereoselective Synthesis

Synthesizing complex organic molecules requires more than knowing individual reactions—it demands strategic planning and precise control over three-dimensional structure. By mastering the principles of retrosynthesis and stereoselective methods, you will be able to design efficient, high-yield pathways for constructing intricate compounds with defined stereochemistry. What you'll learn: * Understand the principles of retrosynthetic analysis for breaking down complex targets into manageable starting materials. * Master foundational methods for stereocontrol, including chiral auxiliaries and substrate-controlled diastereoselectivity. * Apply key synthetic reactions, such as the aldol reaction and Diels-Alder cycloadditions, specifically focusing on achieving high stereoselectivity. * Learn modern strategies for complex acyclic synthesis, including advanced methods for controlling relative and absolute stereochemistry. * Practice integrating fundamental Green Chemistry principles into synthetic route design to maximize atom economy and minimize waste. * Analyze the application of modern catalytic approaches, such as organocatalysis, in achieving highly enantioselective transformations. The course begins by establishing the core concepts of synthetic strategy and stereochemistry, then moves into detailed examinations of powerful stereoselective methods, concluding with practical exercises in designing complete synthetic routes. This course is designed for chemistry students and professionals who have a basic understanding of introductory organic chemistry and wish to advance their knowledge of complex synthesis. No prior experience in advanced synthetic planning is required. Start designing sophisticated organic molecules today.