• Students in the Chemistry master’s program acquire advanced, specialized knowledge in experimental and theoretical chemistry. Students build on the skills and knowledge they learned in their undergraduate program in inorganic chemistry, organic chemistry, physical chemistry, and technical chemistry and gain a comprehensive understanding of chemical processes - including the areas where chemistry meets other scientific disciplines.
  • Additionally, students get an overview of the application of computers in chemistry. As a chemistry master’s graduate, students possess advanced scientific training and practical skills in the field of chemistry.
  • The curriculum provides you with a comprehensive understanding of the fields of organometallic and complex chemistry, organometallic functional materials, synthesis chemistry and catalysis (strategies, concepts, and methods), physical chemistry, industrial processes, and technical catalysis, and application of computers in chemistry, inorganic solid-state chemistry, and functional materials, and organic chemistry. 
  • Additionally, students have specialized knowledge in closely related scientific disciplines of their choosing. Furthermore, the program places importance on training transferable key skills, meaning students acquire social skills and the ability to critically think, conduct independent scientific work, and act responsibly.