Chemnitz UT: : Mechanical Engineering
- Chemnitz UT
Mechanical Engineering
With industrial manufacturing being the key industry
in southwest Saxony, mechanical engineering
at Chemnitz University of Technology is
an extremely strong incentive for businesses to
invest in the region.
A large number of engineers from Chemnitz go on
to work for German manufacturing industries and
Chemnitz graduates can be found in key positions
all over the world.
Many high-potential research projects have been
completed or are in progress in the Faculty of Mechanical
Engineering, accounting for almost half
the research funds acquired by the university and
amounting to more than 150 full time research
assistants currently employed. Students are engaged
in research projects early in their programmes
and work actively towards innovative solutions.
Strong ties to manufacturing industries offer numerous
opportunities to integrate practical work
with the study programmes, thus enabling students
to observe current trends in manufacturing.
- Applied Mechanics
- Factory Systems/Production Management
- Manufacturing and Assembly Systems
- General Engineering and Production Technology
- Construction and Propulsion Engineering
- Materials Technology
- Machine Tools/Forming Technology
- Print and Media Technology
The Mechanical Engineering lab facilities include millions of euros worth of experimental and manufacturing equipment, including a modern 3D virtual reality lab, the latest digital printing machinery, a modern usability lab and an experimental manufacturing plant.
| Address: | Chemnitz University of Technology Faculty of Mechanical Engineering D-09107 Chemnitz Germany |
| Location: | Reichenhainer Str. 70 Christian-Moritz-Rühlmann-Bau Room A26 09120 Chemnitz |
| Phone: | +49-371 5 31 23010 |
| Fax: | +49-371 5 31 23009 |
| E-mail: | dekanat@mb.tu-chemnitz.de |
- Process chains and production networks
- Applied lightweight design with advanced materials
- Microtechnics / mechatronics
- Mediasystems and mediatechnologies
- Process chains in bulk metal forming
- Mechanics of continua of inelastic materials
- Energy techniques, bioprocess engineering and environmental technologies
- Mechanical design and drive engineering
- Measuring technology and quality management
- Micromechanics, micro production technology, mechatronics
- Automatic production plants and planning of equipment
- Modelling and simulation of processes and systems
- Co-operative production network
- Composites surface technology, dynamic material behaviour
- Assembly and handling technology, cam mechanisms
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- Mechanical / Production Engineering
- Micromechanics / Mechatronics together with department of Electrical Engineering
- Industrial Engineering with Business Studies – together with business school
- Systems Engineering
- Master of Arts – 2. Major (print engineering, sports devices engineering) - together with humanities
