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Photo: Ruben Saitz

Precison Engineering (B.Eng.)

The bachelor's degree in "precision engineering" comprises three years, i.e. six semesters. In the first year, you start with a mix of engineering and basic modules such as technical mechanics and physics. The highlight is the design competition with a live demonstration before the Christmas holidays. By the way: Mathematics is also included, but don't worry. We'll be happy to support you here if you need it.

In the second year, we offer you a variety of modules from modern industry, such as measurement technology, electrical drives and simulation (FEM) - always with a focus on practical relevance and precision engineering. The modules Quality Assurance and Precision Engineering Elements, for example, are part of this.

The third year of study is divided into two parts. In the winter, you are still with us at the university and study topics such as modern production technology and equipment design. You can also choose various modules from a catalogue, such as 3D printing, MATLAB or optical technologies.

In the spring of the third year, you go out into industry. You start with your industrial internship (integrated practical phase) and then work on a development or research topic (Bachelor's thesis). With a little luck and diligence, you will complete your studies in late summer. You present the results of your Bachelor's thesis in a colloquium and then we welcome you as a new member of the circle of engineers, because "Scientists explore what is. Engineers create what has never been!" (Theodore von Karman)

Student projects

Module overview

Mathematik I
Physik I
Werkstofftechnik und -prüfung
Technisches Mechanik (I)
Projekt I
Elektrotechnik
Informatik
Mathematik II
Physik II
Grundlagen Konstruktion/CAD
Technische Mechanik II
Elektrotechnik
Informatik
Feinwerktechnische Elemente
Grundlagen Messtechnik
Regelungstechnik
Grundlagen FEM
Grundlagen Qualitätsmanagement
Elektronik I
Technisches Englisch
Präzisionsgerätetechnik
Fertigungs-technik (I)
Grundlagen Fertigungs-automatisierung/ Robotik
Getriebe-technik
Elektrische Antriebe
Optik - Grundlagen und Anwendungen
Einführung in Mikrocontroller
Technisches Englisch
Gerätekonstruktion
Fertigungstechnik II
Moderne Fertigungstechniken
Additive Fertigung/ 3D-Druck
Mikrosystemtechnik
Projekt II
Betriebswirtschaftslehre
Wahlpflichtmodul
Soft Skills
Integrierte Praxisphase
Bachelorarbeit
Kolloquium
3D-CAD/ PLM
CAD/ CAM (Creo Parametric)
Industrielle Messtechnik
Grundlagen Optiktechnologien
Mikroskopie
Einführung in MATLAB
Weitere Fremdsprache
Studium Integrale