Organometallic Chemistry Fundamentals

Organometallic chemistry is the essential bridge between organic and inorganic chemistry, underpinning nearly all modern homogeneous catalysis and advanced material synthesis. This course provides a solid theoretical foundation, enabling you to analyze complex organometallic structures and predict the outcomes of key catalytic transformations. What you'll learn: * Understand the 18-electron rule and apply it to predict the stability and structure of transition metal complexes. * Master the classification, nomenclature, and bonding modes of common organometallic ligands, including alkyls, carbonyls, and alkenes. * Analyze the four fundamental reaction steps: oxidative addition, reductive elimination, insertion, and β-hydride elimination. * Apply mechanistic principles to interpret classic catalytic cycles, such as the Heck, Suzuki, and hydroformylation reactions. * Learn modern concepts in organometallic synthesis, including C-H activation and principles of sustainable catalysis. The course begins with foundational concepts of bonding and structure, progresses through detailed analysis of ligand types and reaction mechanisms, and concludes with practical applications in synthetic and material chemistry. This course is designed for absolute beginners in chemistry or those needing a rigorous introduction to organometallic compounds. No prior experience with advanced inorganic or organic synthesis is required. Start reading today to unlock the power of metal-mediated synthesis.