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Mechanical Engineering
Mechanical Engineering
Mechanical Engineering 

Welcome to Mechanical Engineering

The department of Mechanical Engineering at Chemnitz University of Technology is a recognized and internationally renowned production engineering teaching and research institution. It features
  • attractive degree programs,
  • superior study conditions
  • innovative, market oriented research achievements
that are immediately transferred to the students and applied to the advantage of our modern society.

Motivated and committed professors are working intensively to foster scientific education of fresh young talents. Thus Mechanical Engineering at TU Chemnitz is a prime supplier of flexible, outstanding educated and highly motivated young graduates that are in high demand throughout the high tech industries all over the world. Graduates from Chemnitz work in high profile position in far places such as the United States and South East Asia, but also in key industries in Germany and central Europe.

Undergraduate and graduate students will find the department of Mechanical Engineering an excellent platform for private and scientific development.

I want to warmly welcome you to participate in our work and share our goals.

Andeas Schubert
Prof. Dr.
Dean, Mechanical Engineering


News

more news from our department

Next events related to Mechanical Engineering

  • Tuesday, 22.10.2024 Promotion

    • Fakultät für Maschinenbau
    • Time: 13:00 to 15:00 Location: Erfenschlager Str. 73 Raum E02.001 Language: Deutsch
    • Speaker: Stephanie Seltmann, M. Sc.
    • Info: Professur Maschinenelemente und Produktentwicklung
    • Topologieoptimierung von pfadgenerierenden nachgiebigen Mechanismen mit selektiver Nachgiebigkeit und mehrfachem Pseudolaufgrad
    • iCal file
  • Monday, 04.11.2024 Promotion

    • Fakultät für Maschinenbau
    • Time: 14:30 to 16:30 Location: Reichenhainer Str. 70; Raum C16.001 Language: Deutsch
    • Speaker: Franz Reuther, M. Sc.
    • Info: Professur Produktionssysteme/-prozesse
    • Simulationsbasierte Prozessauslegung des Hohlprägewalzens zur umformtechnischen Herstellung von Bipolarhalbplatten
    • iCal file
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