Essential Named Reactions in Organic Synthesis

Organic synthesis relies on a set of powerful, repeatable transformations. Knowing the mechanism behind these named reactions is the key to unlocking advanced chemistry and planning complex molecular structures. By the end of this course, you will have a solid foundational understanding of the most important named reactions used in contemporary organic chemistry. You will be able to analyze reaction conditions, predict product stereochemistry, and utilize these reactions effectively in multi-step synthesis planning. What you'll learn: * Learn the detailed step-by-step mechanisms for key reactions like the Wittig, Michael, and Darzens reactions. * Understand the conditions and scope for common rearrangements, including Pinacol-pinacolone and Wolff rearrangements. * Apply principles of regioselectivity and stereoselectivity to predict the outcomes of reactions involving complex substrates. * Master the differences between related reactions such as the Hofmann, Curtius, and Lossen rearrangements. * Practice using named reactions as strategic tools in the retrosynthetic planning of small molecules. The course begins with foundational concepts of reaction terminology and intermediates, then systematically covers major named reactions by class (e.g., carbon-carbon bond formation, rearrangements). Each lesson focuses on the mechanism, scope, and synthetic utility of a specific transformation, followed by written practice exercises. This course is designed for absolute beginners in organic chemistry or those needing a thorough review of fundamental reaction mechanisms. No prior knowledge of advanced synthesis techniques is required. Start building your essential toolkit for organic synthesis today.