The redox module begins with practical oxidation number determination through interactive worksheets. Balancing complex redox equations is simplified using the ion-electron method flowcharts. Electrochemical applications are demonstrated through voltaic cell experiments. Organic chemistry fundamentals start with innovative IUPAC naming drills using molecular model kits. Structural isomerism is explored through building and comparing physical models. Electronic effects are taught through molecular orbital diagram manipulations. Reaction intermediates are visualized using 3D animation software. The course includes mechanism prediction exercises that develop critical thinking skills. Weekly reaction roadmaps help students connect fundamental concepts to advanced transformations. Special sessions focus on stereochemical visualization using augmented reality tools. Practical spectroscopy interpretation exercises build analytical skills. Case studies of medicinal compounds demonstrate real-world applications. The course culminates in a comprehensive organic problem-solving challenge that integrates all learned concepts. Students develop research skills through literature analysis of named reactions. Enrol yourself immediately to maximum your knowledge and result.