Our Master's Programs

  •     Chemical and Process Engineering (M.Sc.)
  •     Bioengineering (M.Sc.)
  •     Computational Modeling in Engineering (M.Sc.)

The study programmes offer a flexible composition as well as a diverse range of options and specialisations. The content is oriented towards the research foci of the KIT faculty. In addition to classical process engineering, there are courses in the fields of energy and environmental technology, product design and bio and food technology, to name just a few examples. A professional internship (not Computational Modeling in Engineering (M.Sc.)), interdisciplinary qualifications and a master's thesis, in which you contribute to current research topics, round off the profile.

Chemical and process engineering

The Master's degree programme in Chemical and Process Engineering (CIW) at KIT builds on the Bachelor's degree programme in CIW at KIT. Prerequisite for admission is a completed Bachelor's degree as well as previous subject knowledge according to § 6 of the admission statutes (Details see Prospectives Students Master). With a completed Bachelor's degree in Chemical Engineering and Process Engineering or Bioengineering at KIT, the subject-related prerequisites are automatically fulfilled.

 

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Bioengineering

The prerequisite for admission is a completed bachelor's or diploma degree from a recognised university in bioengineering or a related degree programme. No minimum grade is required.

 

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Computational Modeling in Engineering

The English-taught Master’s program in Computational Modeling in Engineering is aimed at motivated students with a background in engineering, natural sciences, or computer science who want to develop sustainable technologies in a digital world. It provides a strong foundation in mathematical and physical modeling, combined with modern numerical and data-driven methods used in engineering practice. You will learn to develop, analyze, and evaluate computational models while working in interdisciplinary teams. The curriculum blends theory with practical applications across engineering fields and offers electives to specialize in areas such as materials science, fluid dynamics, structural mechanics, or data-based methods. Close links to current research give you insight into real scientific challenges and opportunities to collaborate internationally. Graduates benefit from excellent career prospects in academia, research, and industry.

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