Computational Modeling in Engineering
Karlsruhe Institute of Technology
Information last verified July 2026
Program Overview
The English-taught Master’s program Computational Modeling in Engineering is designed for motivated students with a background in engineering, natural sciences, or computer science who want to shape sustainable technologies in an increasingly digital world. The program offers a strong foundation in mathematical and physical modeling, complemented by advanced numerical and data-driven methods that are essential in modern engineering practice. As a student, you will learn to develop, analyze, and critically evaluate complex computational models while working in interdisciplinary teams that reflect real-world engineering environments. The curriculum combines fundamental theory with practical applications across various engineering domains, equipping you with skills that are both academically rigorous and highly relevant for your future career. A broad range of elective courses allows you to tailor your studies to your personal interests - whether you are passionate about materials science, fluid dynamics, structural mechanics, or innovative data centric approaches. Thanks to the close integration of teaching and active research, you will gain insights into current scientific challenges and collaborate with international researchers. Graduates benefit from excellent global career prospects in academia, research institutions, and forward thinking industries.
The study program does not follow a rigid schedule but rather offers a flexible structure and can be tailored to your needs. You will earn 120 credit points under the ECTS system (CP). These are distributed as follows:
At the end of your studies, you will complete your master's thesis worth 30 CP. You choose the topic in consultation with an examiner at the KIT Department of Mechanical Engineering or the KIT Department of Chemical and Process Engineering. You can suggest a topic or find it on the website of an institute. The master's thesis takes 6 months to complete. You can start as soon as you have achieved 74 CP. Upon request, the master's thesis can also be completed at a company or at another KIT Department. The master's thesis also includes a presentation of your results.
The study program does not include a compulsory internship. You can complete a voluntary internship during your studies. If it serves the objectives of your studies and covers at least half of the lecture period, you can apply for a semester off (leave of absence). Such an internship offers you valuable experience outside the university and can make it easier for you to start your career later on.
Key Program Features
- • interdisciplinary orientation with content from various areas of engineering • orientation towards current developments in research and technology • teaching of well-founded and versatile methodological skills • very good supervision ratio and close cooperation with lecturers • international environment • optimal preparation for work in research and development in industry and scientific institutions • very good prospects for a subsequent doctorate
Career Opportunities
Completing the Master’s program in Computational Modeling in Engineering opens up excellent opportunities on the international job market. With your strong foundation in mathematical and physical models, data driven methods, and advanced simulation techniques, you will become a highly sought-after expert in research and development. Graduates work in fields such as energy, mobility, materials science, manufacturing, or computer science - wherever complex technical systems are simulated, optimized, or sustainable technologies are developed. Your broad and interdisciplinary training gives you the flexibility to adapt quickly to new challenges across industries. In addition, the English-taught program qualifies you for global career paths in companies, research institutions, and universities worldwide.
Program Curriculum
The study program does not follow a rigid schedule but rather offers a flexible structure and can be tailored to your needs. You will earn 120 credit points under the ECTS system (CP). These are distributed as follows:
• Core Competencies (24 CP)
• Methods (24 CP)
• Interdisciplinary Elective (12 CP)
• Project (6 CP)
• Computational Engineering and Applications (24 CP)
• Master's Thesis (30 CP)
Admission Requirements
The requirements for admission to the master's degree program in Computational Modeling in Engineering are:
• bachelor's degreea bachelor's degree or at least an equivalent degree from a university, university of applied sciences, university of cooperative education or a foreign university with a minimum final grade of 2.3. The program must have been completed within a standard period of study of at least three years and with a minimum number of 180 ECTS credits;
• required minimum knowledge and minimum achievements in the areas ofmathematics with a total of at least 15 credit pointsnatural sciences and engineering with a total of at least 40 credit points. Applicants who cannot provide evidence of the required minimum knowledge and minimum achievemtns in the amount of 40 credit points, but at least 25 credit points, can still be admitted to the master's degree program in Computational Modeling in Engineering if they are among the top 10 percent of graduates of their graduating year in the qualifying degree program.
• proof of successful participation in a selection interview. Applicants who meet the above requirements will be invited to the interview. It takes place on site or online. During the interview, engineering issues are discussed and the motivation for this degree program is assessed. Applicants who have achieved 10 of the maximum 20 points are considered suitable for the program.
• mathematics with a total of at least 15 credit points
• natural sciences and engineering with a total of at least 40 credit points. Applicants who cannot provide evidence of the required minimum knowledge and minimum achievemtns in the amount of 40 credit points, but at least 25 credit points, can still be admitted to the master's degree program in Computational Modeling in Engineering if they are among the top 10 percent of graduates of their graduating year in the qualifying degree program.
Tuition & Financial Information
Tuition Fee
No tuition fees (German public university — see fee_details)
Semester contribution ~€235 covers public transport (KVV) and student union services.
Financial Aid & Scholarships
No tuition fees at KIT (German public university). Semester contribution of approx. €235 covers public transport and student services. Funding available via DAAD, Deutschlandstipendium, Baden-Württemberg Stipendium, and KIT internal scholarships.
About Karlsruhe Institute of Technology
Karlsruhe Institute of Technology
Karlsruhe, Germany
The Karlsruhe Institute of Technology (KIT) is one of Germany's leading public research universities and among Europe's most prestigious institutions for science, engineering, and technology....
University Profile- Application Deadline EU/German nationals: July 15 | Non-EU nationals: July 15
- Language English
- Duration 4 semesters
- Credits 120 ECTS
