Chemical Engineering

The Master's degree programme in Chemical Engineering is aimed at foreign graduates who wish to continue their professional career in responsible positions in industry or science, preferably in Germany, after completing their Master's degree. The modules have been carefully selected to ensure graduates will be qualified to take on responsible positions in German industry or academia. This includes modules that will challenge your practical skills in hands-on laboratory/pilot plant work and modules that will provide essential process engineering knowledge at Master's level. During the course, you will be familiarised with German companies and their organisational structure. This Master’s programme will not teach scientific, engineering or process engineering fundamentals at Bachelor’s level. The academic discipline of chemical engineering deals with processes in which substances are changed in their composition, type or properties by mechanical, thermal, chemical or biological processes. Electronic materials in cell phones, tables, laptops and desktop computers were obtained from raw materials with the help of chemical engineering. Plastics, paints, coatings and foams that surround you were produced from chemical raw materials with its help. The food and medicines we consume are produced from natural substances with the help of it. Hydrogen, one of the energy sources of the future, is produced with the help of chemical engineering. The greenhouse gas carbon dioxide can be captured with chemical engineering and stored or converted into chemicals, fuels and products. Municipal and industrial residues (waste), waste water and exhaust air streams are treated, purified and/or utilised with the help of it — the list of applications could go on and on. The degree programme starts in the winter semester. A regular study period of four semesters (two years) is required to complete it. The first semester aims to bring all students to the same level of knowledge in numerical analysis, mechanics of materials, and programming; this is the knowledge on which following semesters strongly build. Additionally, you will improve your German language skills, which will help you to explore the culture of Germany. The second semester focuses on introducing important simulation methods, the accompanying theoretical and numerical concepts, and the advantages and pitfalls of all methods. Advanced aspects of materials science and engineering are introduced in hands-on approaches using dedicated simulation tools. Catch up with the latest developments in Machine Learning and AI-assisted programming and project development. During the third semester, you can additionally choose from a variety of elective courses, covering materials science modules and advanced mechanics modules. Your programming skills will be further developed during the "Personal Programming Project", where you will be required to solve a problem of relevance to materials science, mechanics, or machine learning by using the programming and simulation skills that you acquired during the first two semesters. The fourth and last semester is reserved for the Master's thesis. Thanks to the wide range of optional modules, students have the opportunity to tailor their degree programme to their individual needs. Beyond a sound foundation for all, students can individually put together modules with a focus on one of the following (or combinations thereof): Data Analysis and Artificial Intelligence Continuum Modelling and Simulation Atomistic and Multiscale Simulation Methods Materials Science PDF Download