Organic Chemistry: Essential Name Reactions and Mechanisms

Name reactions are the essential tools of organic synthesis, but true mastery requires a deep understanding of their underlying mechanisms to predict outcomes and plan multi-step routes. This course provides a robust, foundational understanding of core name reactions, enabling you to confidently analyze complex synthetic problems, understand stereochemical control, and apply modern methods in chemical design. What you'll learn: * Understand the foundational definitions, reagents, and reaction conditions for critical name reactions in synthesis. * Analyze step-by-step reaction mechanisms, including intermediates, electron flow, and rate-determining steps. * Master the principles of stereoselectivity and apply them to predict the stereochemical outcomes of asymmetric name reactions. * Apply name reactions to design efficient synthetic routes for complex target molecules and functional group transformations. * Learn about modern, sustainable variants and catalytic methods used in contemporary organic synthesis. The course begins by establishing core mechanistic concepts and terminology, then systematically explores reactions categorized by functional group transformation, culminating in practical application exercises. This course is designed for absolute beginners in advanced organic chemistry, requiring no prior experience with complex reaction mechanisms. Start building your foundation in synthetic organic chemistry today.