M.Sc. Computational Mechanics

Study period

4 semesters (2 years)

Credits

120

Study begin

Winter and summer semester

Study place

Campus Essen & Duisburg

Language

50% German and 50% English

Description

This course combines theoretical modeling, numerical methods and experimental applications in an interdisciplinary way. The focus is on a fundamental concept that enables reliable analysis of problems based on complex continuum mechanical models, numerical methods and experimental techniques. The areas of application range from civil and mechanical engineering to medicine (biomechanics) and biology (evolution simulations). With the increasing use of computer-aided strategies to solve practical problems, this area is becoming more and more important. The curriculum includes topics such as applied mechanics, materials science fundamentals and other engineering content. The aim of the course is to provide students with sound theoretical knowledge so that they can not only apply complex computer-aided calculation methods responsibly, but also develop them further.

Graduates learn to recognize typical areas of application and limitations of computational models as well as to effectively use and further develop current computational systems. The focus is on the combination of theoretical modeling, experimental verification and simulation-based application. The course is ideal for engineers who want to expand their skills in modern, future-oriented technologies and work in an interdisciplinary manner in theory and practice.

Study at UDEStudy plan

General Information

Living & Studying at the University of Duisburg-Essen

Graduates testimonials

September 2021Jalvathi Mohamed Mohideen

"I find the course M.Sc. Computational Mechanics from our University very well structured. I had some problems, when there were not a lot of electives available for students who wanted to focus in CFD (Computational Fluid Dynamics) and so I took a few courses from the Ruhruni Bochum. But fortunately, it has been observed by the university and now our university has a good specialization in CFD. It took some time for me to understand the grading system and what the lecturers expect during the exams, but it was a very good experience when it comes to oral exams or presentation exams based on projects. With all the good facilities available at the university and the way of teaching, I am very satisfied with my course completion and recommend any one to attend the course."

January 2022Sreevidya Guru

"Firstly I would start by thanking each and everyone who supported and encouraged me during my course of study. The study course is designed with clear objectives and learning intentions that help in gaining a vast amount of theoretical knowledge. Also, the course is very challenging as it isn't always easy to understand the concepts and theory behind it which made it in a way interesting. The best thing about the course would be the transparency of the faculty with doubt clearing sessions, evaluations etc.  I would appreciate it if there were a few more subjects included in the course which could provide an opportunity for students to learn practically by working on more research projects. I would like to thank all the faculty members for supporting and helping me in the successful completion of the master course. "

January 2022Hari Hara Prasad Arunagiri

"'I never lose. I either win or learn' is my favorite quote that comes to my mind on thinking about my journey at the University of Duisburg-Essen. After facing a lot of struggles, I cannot believe how time flew and now I am waiting for my name to be called at the convocation ceremony. We have been blessed to learn from great people like Prof. Joachim Bluhm, Dr. Ernst Baeck and late Prof. Paul Josef Mauk. I believe that practical knowledge helps very much in facing real-life problems and hence I enjoyed the subjects like 'Structural Dynamics' and 'Advanced Numerical Simulations with ANSYS' which includes practical tasks. Also, I would greatly appreciate application-based topics like 'Introduction to Data Science for Engineers' being added to our course, which enables the students to explore more opportunities in the future."

Contact

You have questions? We have answers!

Support Center for (International) Engineering Students Student advisory service

V15 R04 H40
Universitätsstr. 15
45141 Essen
Phone: +49 (0)201 183 6500
E-mail: scies-essen@uni-due.de

SCIES

Student council ISE - International Studies in Engineering

We are your point of contact! If you have questions about your studies or general concerns about us or our lecturers, you can contact us. We will solve your problems and answer your questions directly if possible or forward you to the right people. Just write us an email (info@isefs.uni-due.de) or on Facebook!

Website of the student council

For prospective students and enrolled students General student counseling

ABZ offers counseling to prospective students, enrolled students and graduates on all questions concerning the choice of study program, studies and the transition into working career.

ABZ student counseling

Support in the Faculty

Dr.-Ing. Alexander Schwarz
Tel.: +49(0)201/183-2681
Campus Essen, V15 S06 D07
Office hours: by appointment

Board of examiners