StudyQA — Master: Applied Computational Mechanics — Simulation-Based Engineering Sciences

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Applied Computational Mechanics — Simulation-Based Engineering Sciences at the Technical University Ingolstadt is a cutting-edge master's degree program designed to equip students with advanced knowledge and practical skills in computational methods and simulation techniques essential for modern engineering challenges. This interdisciplinary program focuses on the development, implementation, and application of numerical methods to model and analyze complex mechanical and structural systems across various industries, including automotive, aerospace, manufacturing, and energy sectors.

Students will delve into core subjects such as finite element analysis, computational fluid dynamics, multibody systems, and optimization techniques, gaining a deep understanding of how to simulate real-world problems accurately and efficiently. The curriculum emphasizes hands-on experience through practical projects, laboratories, and collaborations with industry partners, fostering a strong connection between theoretical foundations and real-world applications.

The program also covers advanced topics like nonlinear dynamics, material modeling, and multi-physics simulations, preparing graduates to tackle interdisciplinary challenges in engineering design, predictive maintenance, and innovation processes. Emphasis is placed on developing programming skills in languages such as MATLAB, Python, and C++, enabling students to implement and customize simulation tools tailored to specific engineering tasks.

Graduates of this master's program will be well-prepared for careers in research and development, engineering consulting, or as specialists in simulation and computational methods within industrial companies or academic institutions. The program’s international orientation and focus on simulation-based engineering sciences make it an ideal choice for students aiming to become experts in the digital transformation of engineering processes. With a comprehensive blend of theory, practical training, and industry relevance, Applied Computational Mechanics — Simulation-Based Engineering Sciences at the Technical University Ingolstadt offers a rigorous environment to develop the skills necessary for leading innovation in engineering practice.

Educational organisation

The part-time course is modular and normally has a duration of four semesters. Our students are professionals who wish to study while working at their normal jobs. Therefore, the career-integrated study programme consists of in-person and self-study phases. The fourth semester is reserved for the preparation and presentation of the Master's thesis.
Tuition is carried out at the universities in Ingolstadt and Landshut. The language of instruction is English.
The Master's course is interactive, takes place in small groups, and is accompanied by a computer course.
A joint degree is awarded by the universities of applied sciences in Ingolstadt and Landshut.

Forms of assessment

Written and oral exams, project work, academic papers, presentations, Master's thesis with colloquium

Course objectives

The Master's programme in Applied Computational Mechanics aims to convey practically-oriented, career-parallel specialisation in the area of simulation based engineering sciences. Besides the necessary specialisation in physical and mathematical basic subjects, the training programme concentrates on the application of numerical solution techniques, using professional software tools in modern product design processes. Graduates are taught to understand and shape development and production processes in a complex environment, as well as to develop innovative products and technologies, using modern methods and instruments. Besides specialist and methodical knowledge, students acquire knowledge spanning a range of subjects. The students gain social and team competencies, which will encourage them to undertake new projects on their own as well as in a team. Therefore, the content of the programme increases the students' career options and is conducive to promotion within the entrepreneurial hierarchy.
All in all, our students are well-prepared for tasks meant for qualified employees and skilled managers in (international) enterprises, engaged in the field of production.
The academic degree "Master of Engineering" (MEng) is conferred upon completion of the course of studies.

Language requirements

English (e.g. TOEFL ibt 80 points) / B2 Common European Framework of Reference for Languages

Academic requirements

Bachelor's degree in engineering or natural sciences
Proficiency in English
At least one year of relevant professional experience in the field of engineering or natural sciences following the first university degree

Experience in the use of CAE simulation software is recommended.

Enrolment fees

An administration fee of 42 EUR is charged each semester.

Costs of living

Student organisations estimate that costs of living are approx. 700-800 EUR per month, depending on individual needs and expectations.
Mandatory health insurance in Germany will cost a student around 80 EUR per month.

Job opportunities

Participants of this career-integrated programme should be employed by an engineering company during the course of study. Applicants from outside Europe are recommend to contact their employer for finding a German or European affiliation or a partner's company where they can do an internship during the time of study.

Arrival support

The International Office aims to help international students with all questions and problems they may face, e.g. residence permits, health insurance, accommodation, etc.

Services and support for international students

The International Office works closely together with the student club N.I.C.E.
Together we organise many activities and various trips to neighbouring cities like Munich, Regensburg and Nuremberg.
You will find all the information you need for your stay in Ingolstadt on our website. The team at the International Office will be glad to answer any further questions that you might have.