Enolate Alkylation and Asymmetric C-C Bond Formation

Organic synthesis relies on efficiently constructing new carbon-carbon bonds with precise control over molecular architecture. This course provides a robust foundation in enolate chemistry, enabling you to design and predict the outcomes of highly selective alkylation reactions essential for building complex chiral molecules. What you'll learn: * Understand the formation and reactivity of enolates under kinetic and thermodynamic control. * Master the mechanisms of regioselective and stereoselective C-C bond formation via alkylation. * Apply principles of asymmetric synthesis using chiral auxiliaries and modern organocatalysis methods. * Practice predicting the stereochemical outcome of common asymmetric enolate alkylation strategies. * Learn foundational Green Chemistry principles for optimizing synthetic efficiency and reducing waste. This course begins with the fundamental definitions of carbanions and enolates before progressing through reaction mechanisms, stereochemical control elements, and practical applications in synthesis design. This course is designed for chemistry students, researchers, and professionals new to advanced synthetic organic chemistry. No prior expertise in asymmetric synthesis is required. Start building your expertise in molecular construction today.