Methods and Technologies for Organic Synthesis

The course aims to provide students with the basic tools to plan the synthesis of organic molecules, even complex ones. The learning objectives of the course are the following:
- deepen knowledge of the more general methods of modern organic synthesis, accustoming students to applying theoretical concepts to solve synthetic problems;
- introduce the topic of asymmetric synthesis, in its various possible strategies, making students become aware of the importance of the synthesis of single stereoisomers;
- present the chemistry of transition metal complexes (in particular palladium and ruthenium) from the point of view of their use as catalysts in organic synthesis, illustrating their potential and versatility;
- introduce basic notions on the main modern technologies for organic synthesis, in particular those aimed at improving energy efficiency, environmental impact, safety and productivity of the synthetic process, according to the principles of green chemistry.

At the end of the course the student must:
- have consolidated their knowledge on the general methods of single and multiple carbon-carbon bond formation;
- have acquired competence and discussion skills on asymmetric synthesis strategies and on the main technologies applied to organic synthesis;
- have developed the ability to plan the synthesis of organic molecules with different degrees of structural complexity;
- be able to move independently in the search for scientific literature;
- have acquired the necessary tools to deepen the study of organic chemistry in more advanced courses.