- 1:
Master ACM. - 2:
Studienkonzept & Inhalte.- 2.1:
Mathematics. - 2.2:
Numerical Methods. - 2.3:
Solid Mechanics/Heat Transfer. - 2.4:
Fatigue and Fracture. - 2.5:
Computational Dynamics. - 2.6:
Nonlinear Computational .... - 2.7:
Basics in Multiphysics. - 2.8:
Advanced Simulation .... - 2.9:
Management Skills. - 2.10:
Product Development .... - .2.11:
Master Thesis - 2.12:
Colloquium.
- 2.1:
- 3:
Referenzen. - 4:
Dozenten. - 5:
Einschreibung. - 6:
Campus & Wohnen. - 7:
Einzelmodule. - 8:
CAE-Trainee.
e-Learning (intern)
Broschüren
eBook
Links
Kontakt
Marktplatz 2
85576 Grafing b. München
Dipl.-Ing. Anja Vogel
Fax
Master Thesis
Teaching aims
With the master thesis the students have to show that they are able to analyse and solve a complex problem out of the applied sciences or engineering practice on a scientific basis.
The students acquire practice in development of technical products or processes. They are able to carry out responsible applications of theoretical, numerical and/or experimental methods within the field of Applied Mechanics. The students are able to carry out a critical analysis of the obtained results. They improve their information management skills including literature survey. The students know the scientific literature in the field of their topic and take advantage out of it. They are able to carry out self organized scientific work.
The students get a comprehension of applied research and development processes. They practice project definition and planning as well as time management. The students are able to compile profound technical and scientific reports effectively. They deepen their presentation skills (visualization and documentation of technical and scientific topics).
Content
The student has to solve an actual complex problem within the area of applied sciences or engineering practice. Several project topics are offered by the universities. A student's company may be involved in the master thesis by providing a project to be developed within the thesis.
- Application of theoretical, numerical or experimental methods within the field of Applied Mechanics
- Project definition and planning
- Project and time management
- Information management including literature survey
- Compilation of a technical or scientific report including a summary and the visualization of the results
Duration
6 months
ECTS
20 credits




