Login
Help
Degree Courses
In this section you will find information on the courses offered by the Technische Universität München, qualifications available, main subjects covered by the courses and application modalities.
An alphabetic overview on all degree courses offered by TU München you will find here.
Degree course
|
Degree | Academic counseling | |
|---|---|---|---|
 |
Automotive and Combustion Engine Technology
Major fields of study:
The Masters programme Automotive and Engine Technology provides not only a focus on the core area of automotive and engine design, but also specialization in fields of the automotive environment e.g. logistics, industrial/manufacturing engineering, information technology, lightweight design, control engineering, materials, etc.
|
Master | Ingrid Mayershofer, M.A. |
|
MBA (Executive) - field of study: Communication and Leadership
Major fields of study:
General Management
Selection of topics:
|
Master | Claudia Paul-Helten, MBA, M.A.; Bernhard Kraus,Dipl.-Kfm.;Theresa Eitel, Dipl.-Kulturw. |
|
Advanced Materials Science (Elite graduate program)
Major fields of study:
Synthesis, structure, analysis, and functionality of New Materials (e.g. optical and magnetic materials, nanostructured solids and surfaces, advanced polymer materials, biocompatible materials)
|
Master | Prof. Dr. Thomas Fässler |
|
Aerospace Engineering | Bachelor | Ingrid Mayersdorfer |
|
Aerospace Engineering
Major fields of study:
|
Master | Ingrid Mayershorfer |
|
Aerospace Engineering (expiring - only application for the 7th & higher semester will be considered)
Major fields of study:
The following are modules to choose from: Drive Engineering; Biochemical and Environmental Engineering; Fundamentals of Chemical Engineering; Electronics and Computer Science; Ergonomics; Motor Vehicle Technology; Flight Propulsion and Turbomachinery; Thermal Process Engineering; Information Technology (IT); Fundamentals in engineering sciences; Lightweight and Functional Structures; Logistics; Aeronautical Engineering and Flight Dynamics; Medical Technology; Microtechnology; Numerical Mechanics; Numerical Simulation; Particle and Nanoprocess Technology; Production Management; Production Systems; Industrial engineering; Astronautics; Control Theory; Flow and Flight Physics; Systematic Product Development, Thermo-Fluiddynamics; Sustainable Energy Systems; Combustion engines; Materials Engineering
|
Diplom | Ingrid Mayershofer, M.A. |
|
Aerospace Engineering (GIST-TUM Asia)
Major fields of study:
Core modules:
Non-technical modules: language, management, business, law, and culture. |
Master | Programmes Counselling: programmes.dept@gist.edu.sg General enquiries : info@gist.edu.sg Tel +65.6777.7407 |
|
Agrarmanagement | ||
|
Agricultural and Horticultural Sciences
Major fields of study:
Following the introductory period during the first three semesters, a certain field of study may be defined through your choice of electives.
|
Bachelor | For Agricultural Science: Dipl.-Ing. Susanne Papaja-Hülsbergen; for Horticultural Science: Prof. Dr. Dieter Treutter |
|
Agricultural Sciences
Major fields of study:
Students may select one of four fields: Agrobioscience – Plants, Agrobioscience – Animals, Agricultural Ecosystems, and Agricultural Economy and Agribusiness
|
Master | Dipl.-Ing. agr. Susanne Papaja-Hülsbergen |
|
Architecture
Major fields of study:
A course specialization is not possible
|
Bachelor | Prof. Manfred Schuller, Marga Cervinka |
|
Architecture (expiring - only application for the 5th and higher semester will be considered)
Major fields of study:
Students in the 7th semester can choose from the following major subjects: Form and Design, or Design and Building Technology, or Design and Urban Planning
|
Diplom | Prof. Manfred Schuller, Marga Cervinka |
|
Automotive and Combustion Engine Technology | Bachelor | Frau Ingrid Mayershofer |
|
Automotive and Combustion Engine Technology (expiring - only application for the 7th & higher semester will be considered)
Major fields of study:
The following are modules to choose from: Drive Engineering; Biochemical and Environmental Engineering; Fundamentals of Chemical Engineering; Electronics and Computer Science; Ergonomics; Motor Vehicle Technology; Flight Propulsion and Turbomachinery; Thermal Process Engineering; Information Technology (IT); Fundamentals in engineering sciences; Lightweight and Functional Structures; Logistics; Aeronautical Engineering and Flight Dynamics; Medical Technology; Microtechnology; Numerical Mechanics; Numerical Simulation; Particle and Nanoprocess Technology; Production Management; Production Systems; Industrial engineering; Astronautics; Control Theory; Flow and Flight Physics; Systematic Product Development, Thermo-Fluiddynamics; Sustainable Energy Systems; Combustion engines; Materials Engineering
|
Diplom | Ingrid Mayershofer, M.A. |
|
Automotive Software Engineering
Major fields of study:
This course of study contains elements from computer science, software engineering, automotive engineering, electrical engineering, mechatronic, and economic science. Within the course of study, students can form an individual major by choosing a lab, a seminar and their master thesis’s topic.
|
Master | Dr. Angelika Reiser |
Print