Program Overview
The master's program in Computational Mechanics at the TUM School of Engineering and Design is structured along the disciplines of structural and fluid mechanics, mathematics and computer science. Based on mechanical fundamentals, it aims to incorporate mathematical principles, computational methods and software development.
Nowadays and even more in the future, the development of sustainable and efficient engineering systems and products relies on computational mechanics simulations. The degree program thus focuses on solving real-world engineering problems of interest to society using numerical modeling and simulation methods. The small cohort size and the diverse international background of the students make this program ideal for interdisciplinary exchange of ideas and building a strong network for your future career.
Our program enables you to take advantage of the rapid increase in computing resources to enhance complex mechanical systems with sophisticated numerical analysis. This will also enable you to develop resource-efficient and sustainable products that support the technological changes of the 21st century.
We believe that a solid engineering education is based on a deep understanding of the fundamental principles of solid mechanics, fluid mechanics and mathematics. Therefore, the program provides you with key skills in continuum and fluid mechanics, finite element analysis, and computational materials modeling. The course content includes computational fluid or structural dynamics in engineering, artificial intelligence and machine learning. Create your own curriculum from a variety of electives.
Career Opportunities
As a graduate with a Master of Science in Computational Mechanics you are able to work in many different areas as you gain a deep understanding in mechanics, programming, modeling, and simulation. You can start a career e.g. as software engineer or as design, calculation or simulation engineer, respectively.
Program Curriculum
Since our students come from various technical backgrounds, the first semester consists of mandatory subjects devoted to studying fundamental topics in the different disciplines: Structural Mechanics and Analysis, Fluid Mechanics, Computational Mechanics, and Computation in Engineering. Furthermore, you will receive a tailored introduction to C++ in an onboarding week.
In the second and third semesters, students choose elective subjects to specialize in their fields of interest. The elective courses allow students to gain a wide range of knowledge in different disciplines, such as civil engineering, mechanical engineering, or informatics. Additionally, you will participate in the mandatory group project, Software Lab, which is an interdisciplinary team project (3–4 students) that combines the analysis and solution of engineering problems with the development of software solutions.
The fourth semester is dedicated to the completion of the Master’s thesis. It can be written either at the chairs involved in Computational Mechanics, or in cooperation with industry, or other academic partners.
The Master’s program Computational Mechanics addresses the treatment of mechanical problems through numerical methods and their implementation in computer codes. To this end, we have a strong focus on teaching the fundamental principles and methodologies in Mechanics.
Our mandatory courses are:
• Continuum Mechanics
• Advanced Fluid Mechanics
• Finite Element Methods 1
• Computational Material Modeling 1
• Computation in Engineering 1
• Software Lab in Computational Mechanics
Our elective courses comprise two core elective catalogues and include:
• Structural Dynamics
• Computational Material Modeling 2
• Computational Fluid Dynamics
• Theory of Plates
• Theory of Shells
• Advanced Finite Element Method
• Introduction to Functional Analysis
• Stochastic Finite Element Methods
• Artificial Intelligence in Computational Mechanics
• Optimization
• Advanced Parallel Computing and Solvers in Engineering
Further offers can be found in the catalogue of technical elective subjects. In consideration of the interdisciplinary spirit of the study program, it is possible to choose individual elective subjects outside of the provided catalogue, thereby tailoring an individual study profile. This optional choice might include, e.g., courses from the ATHENS program or other schools and departments at TUM.
The curriculum is rounded off by general education modules that include soft skills or language courses.
Admission Requirements
Minimum requirements to apply for a Master's program at TUM are a recognized undergraduate degree (e.g. a bachelor’s) and the successful completion of the aptitude assessment procedure. Aptitude assessment allows the TUM school or department to which you are applying the opportunity to evaluate your individual talents and motivation for study.
Generally, applicants with a qualification for postgraduate studies (e.g. a Bachelor’s) obtained outside of Germany must have their documents reviewed in advance through uni-assist (Preliminary Documentation).
Please also note the additional conditions for applicants with a degree from an Indian or Chinese/Vietnamese/Mongolian university (see Documents required for Online Application).
• One of the following degrees:an above-average Bachelor’s Degree in Civil Engineering, Mechanical Engineering, or comparable programs (see below) obtained from a German university; oran internationally acknowledged above-average Bachelor’s Degree in the programs specified in lit. a) obtained from a foreign university; oran above-average Diplom, Bachelor’s or Master’s Degree in the programs specified in lit. a) obtained from a German Fachhochschule [University of Applied Sciences]; ora Diplom, Magister, or Master’s Degree in the programs specified in lit. a) obtained from a German university; ora degree obtained from a foreign institution of higher education which is equivalent to those specified in lit. c) and d) The degree must initially only be available at the time of enrollment. A preliminary transcript is sufficient for the application.
• An adequate knowledge of the English language. See below for further information on the possibilities to prove your English proficiency.
• A proof of very basic German knowledge (if your language of instruction was not German in your previous education). This proof can be a certificate of any German course (any level) of the Goethe Institute or another language school (including your home university). If you cannot prove basic German knowledge during your application, you have to complete a basic German course during your first two semesters at our University.
• Passing the aptitude test, see Admission Process.
• an above-average Bachelor’s Degree in Civil Engineering, Mechanical Engineering, or comparable programs (see below) obtained from a German university; or
• an internationally acknowledged above-average Bachelor’s Degree in the programs specified in lit. a) obtained from a foreign university; or
• an above-average Diplom, Bachelor’s or Master’s Degree in the programs specified in lit. a) obtained from a German Fachhochschule [University of Applied Sciences]; or
• a Diplom, Magister, or Master’s Degree in the programs specified in lit. a) obtained from a German university; or
• a degree obtained from a foreign institution of higher education which is equivalent to those specified in lit. c) and d) The degree must initially only be available at the time of enrollment. A prelimina
Tuition & Financial Information
Tuition Fee
Semester contribution ~€150 + possible non-EU surcharge
Non-EU students pay additional tuition (~€2,000–3,000/semester). Semester fee covers Deutschlandticket for public transport in Bavaria.
Financial Aid & Scholarships
TUM offers semester contributions (~€150) plus public transport in Bavaria (Deutschlandticket). Non-EU students may pay additional tuition fees (~€2,000–3,000/semester). Funding: DAAD, Deutschlandstipendium, BayBAföG (Bavarian student grants), TUM scholarships.
About Technical University of Munich
Technical University of Munich
Munich, Germany
TheTechnical University of Munich(TUMorTU Munich;German:Technische Universität München) is apublicresearch universityinMunich,Bavaria,Germany. It specializes inengineering,technology,medicine,...
University Profile- Start Date Winter Semester (October)
- Language English
- Duration 4 semesters
- Credits 120 ECTS
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