Computational Mechanics

Description:
The Master’s program in Computational Mechanics at the Technical University of Munich offers students a comprehensive education in the field of computational modeling and simulation of mechanical systems. This interdisciplinary program combines principles from engineering, applied mathematics, and computer science to equip students with the necessary skills to analyze, simulate, and optimize complex mechanical structures and processes. Students will gain expertise in numerical methods, finite element analysis, fluid and structural dynamics, and advanced computer modeling techniques. The curriculum emphasizes a rigorous theoretical foundation along with practical applications, preparing graduates for careers in research, industry, and academia. The program features a blend of coursework, project work, and research opportunities, enabling students to develop innovative solutions to real-world engineering problems. The university's state-of-the-art laboratories and collaboration with industry partners provide a dynamic learning environment. Graduates of this program are well-prepared for roles in automotive, aerospace, renewable energy, manufacturing, and other high-tech sectors that demand advanced computational skills. The program also serves as a solid foundation for doctoral studies, offering pathways into scientific research and development. With an emphasis on developing both technical expertise and problem-solving abilities, the Master’s in Computational Mechanics aims to cultivate engineers capable of addressing the challenges of modern engineering through computational innovation.

• Introduction to Finite Element Methods       
• Computation in Engineering 1
• Computational Material Modeling 1
• Continuum Mechanics
• Fluid Mechanics and Turbulence
• Software Lab   
• Computational Fluid Dynamics       
• Nonlinear Finite Element Methods
• Structural Dynamics
• Theory of Plates and Shells
• Computational Material Modeling 2
• Functional Analysis and Computational Linear Algebra
• Parallel Computing   
• Structural Optimization 
• Computational Mechanics for Car Body Design         
• Computational Plasticity
• Explicit FEM and Transient Analysis
• Fracture and Damage

• An officially authenticated copy of your academic record (listing your subjects and grades), including information about your universities' grading system and translation
• An officially authenticated copy of bachelor, diploma degree or equivalent
• An officially authenticated copy or original score report of English proficiency exams (e.g. TOEFL/IELTS)
• Optional: copy of university entrance qualification/school leaving certificate or equivalent including translation (no authentication required).
• A personal statement - Letter of Motivation (why would you like to take part in the COME program?)
• A curriculum vitae   
• A ranking list (if possible), i.e. a statement (certified by your university) that you, for example, completed your Bachelor as the 3rd best student among 50 other graduates in your term  
• Letters of reference (not more than 2), please use the appropriate form (available in .pdf  in the download section below). Please fill in your name, sign the form, and give this form to a professor or other person who is well acquainted with your academic work (no job reference). Send the letter in a sealed envelope to TUM with the rest of your application materials. The form consists out of two pages: on the first page the recommender is asked for a ranking of the student, the second is the letter itself. The recommender also can use the own institutional letter paper to write the recommendation letter.
• A copy of your passport (no authentification required)

The financing of the Computational Mechanics Master's program at the Technical University of Munich is primarily funded through a combination of state-funded tuition fees, scholarships, student grants, and personal financial resources. International and domestic students are subject to the same tuition fee structure, which for non-EU students typically involves tuition fees set by the university, although specific fees can vary depending on the semester and additional administrative costs. The university offers various scholarship opportunities to outstanding students, which can significantly offset tuition costs and living expenses. These scholarships are often awarded based on academic performance, extracurricular involvement, or financial need. Additionally, students are encouraged to seek external funding sources such as government grants, research stipends, or employer sponsorships, especially for students engaged in research projects or internships aligned with their studies. The cost of living in Munich, which includes accommodation, transportation, health insurance, and daily expenses, should also be considered as part of the overall financing plan. The university provides guidance and resources to help students secure funding, including counseling on applying for scholarships or external funding. Many students complement their studies with part-time work or internships to support their financial needs, while ensuring they can meet their academic commitments. Furthermore, TU München participates in various funding programs aimed at international students, facilitating access to financial assistance for those coming from abroad. Overall, while the exact costs can vary, the program’s financing options are designed to support students through a combination of university resources and external financial aid, making the pursuit of the Master’s in Computational Mechanics a feasible goal for qualified applicants.

The Master's degree program in Computational Mechanics at the Technical University of Munich is designed to equip students with a comprehensive understanding of advanced computational methods used in mechanical engineering. The program focuses on the development and application of numerical techniques for solving complex problems in structural mechanics, fluid mechanics, materials behavior, and multi-physics simulations. It aims to prepare graduates for careers in research, industry, and academia by providing a solid foundation in both theoretical principles and practical skills. The curriculum includes courses in finite element analysis, computational fluid dynamics, material modeling, and software development, as well as project work and research seminars. Students have the opportunity to engage with cutting-edge research topics and collaborate with industry partners through internships and thesis projects. The program typically lasts two years and leads to a Master's degree (MSc), requiring the completion of coursework, a research project, and a thesis. Admission prerequisites usually include a bachelor's degree in mechanical engineering, civil engineering, aerospace engineering, or a related field, along with proficiency in English. Graduates of Computational Mechanics are well-positioned for employment in sectors such as automotive, aerospace, energy, and consulting, or for further academic pursuits like a PhD. The program benefits from the university's strong links with industry and research institutions, ensuring that students gain relevant practical experience and are well-prepared for modern engineering challenges. The university’s state-of-the-art laboratories, experienced faculty, and international student body provide a stimulating environment conducive to advanced learning and innovation.