Start, location and time of the courses are available on the board at the institute in V15 S06.

Information about the courses offered by the Institute of Mechanics with links to the Moodle courses can be found below.

further information
schedule (BauIng B.Sc.)
schedule (BauIng M.Sc.)
course plan "Computational Mechanics"

The communication and provision of documents regarding the individual events takes place via the Moodle platform (http://moodle2.uni-due.de/).

Information on the use of the virtual computer infrastructure (VDI) of CViS:
Installation VDI-Client (VMware Horizon View Client)

Summer Term 2022

(due to the current situation, all moodle courses are open for self-enrolment without enrolment key)

Module im Bachelor of Science (B.Sc.)

  • Technische Mechanik 2 (MEC2) moodle
  • Lineare Finite Element Methode (FEM) moodle
  • Computer gestützte Berechnungen in der Technischen Mechanik (will not be offered in SoSe2022)

Module im Master of Science (M.Sc.)

  • Effective Properties of Micro-Heterogeneous Materials moodle
  • Finite Element Method Foundation moodle
  • Thermodynamics of Materials / Thermodynamik der Materialien moodle
  • FEM - Multiphase Materials moodle
  • Advanced Structural Analysis using ANSYS moodle
    (limited number of participants, see right)
  • Höhere Mechanik moodle
  • Technische Mechanik 3 (is no longer offered)

*** Advanced Structural Analysis using ANSYS ***

For this module the number of places is limited to 20.

Places are allocated by drawing slots.
Applications can be made via the application page.

(belegung.uni-due.de/lsf/rds?state=verpublish&status=init&vmfile=no&publishid=377466&moduleCall=webInfo&publishConfFile=webInfo&publishSubDir=veranstaltung)

The application deadline is: 28.03.2022 12:00 - 06.04.2022 23:59

The first event of the module on
    Tue. 05.04., 9:00 - (moodle)
will be held as an "open" course for all interested students. Online access can be found in the respective Moodle courses.

Please note that the "open" enrolment in the Moodle courses is only preliminary in the context of the first introductory event. Only the random procedure following the application process decides on the final enrolment.

Winter Term 2021/22

List of modules

Bachelor of Science (B.Sc.)

Master of Science (M.Sc.)

*** Bauinformatik 2, Berechungsprogramme im Bauwesen, Programmierkonzepte ***
(E2 modules) of the 3rd semester B.Sc.

For these modules the number of places is limited accordingly
- Bauinformatik 2 (max. 40 students)
- Berechnungsprogramme (max. 2x50 students)
- Programmierkonzepte (max. 30 students)

Places are allocated for all three courses in a (joint) lottery procedure. This means that students can only participate in one of the three modules at a time. However, you can apply for all three, but by indicating a corresponding priority.
The application is done via the enrollment page.
The application deadline is: 20.09.2021 12:00:00 - 10.10.2021 23:59:00.

After the application deadline, the lottery procedure will be carried out and based on the resulting distribution, students will be automatically enrolled in the respective moodle courses.

The first course of the respective module will take place on
    Tue. 12.10., 12:00 - Programming concepts (moodle)
    Wed. 13.10., 09:00 - Construction Informatics 2 (moodle)
    Thu. 14.10., 10:15 (lecture) / 12:00 (ex.gr.1) / 14:00 (ex.gr.2) - Comput. prog. in civil engineering (moodle)

will take place. Further details about the course will be distributed via the respective moodle courses after lottery and enrollment.

Summer Term 2021

(due to the current situation, all moodle courses are open for self-enrolment without enrolment key)

Module im Bachelor of Science (B.Sc.)

  • Technische Mechanik 2 (MEC2) moodle
  • Lineare Finite Element Methode (FEM) moodle
  • Computer gestützte Berechnungen in der Technischen Mechanik (will not be offered in SoSe2021)

Module im Master of Science (M.Sc.)

  • Technische Mechanik 3 moodle
  • Effective Properties of Micro-Heterogeneous Materials moodle
  • Finite Element Method Foundation moodle
  • Thermodynamics of Materials / Thermodynamik der Materialien moodle
  • FEM - Multiphase Materials moodle
  • Advanced Structural Analysis using ANSYS moodle
    (limited number of participants, see right)
  • Höhere Mechanik moodle

*** Advanced Structural Analysis using ANSYS ***

For this module the number of places is limited to 20.

Places are allocated by drawing lots.
Applications can be made via the application page.

The application deadline is: 05.04.2021 12:00 - 14.04.2021 23:59

The first event of the module on
    Tue. 13.04., 9:00 - (moodle)
will be held as an "open" course for all interested students. Online access can be found in the respective Moodle courses.

Please note that the "open" enrolment in the Moodle courses is only preliminary in the context of the first introductory event. Only the random procedure following the application process decides on the final enrolment.

Winter Term 2020/21

Bachelor of Science (B.Sc.)

  • Technische Mechanik 1 moodle
    (Einschreibung nur über LSF möglich, siehe unten)
  • Grundlagen der Technischen Mechanik 3 moodle
  • E2 Berechnungsprogramme moodle
    (begrenzte Teilnehmerzahl, siehe unten)
  • E2 Bauinformatik 2 moodle
    (begrenzte Teilnehmerzahl, siehe unten)

Master of Science (M.Sc.)

  • Tensor Calculus / Tensorrechnung moodle
  • Continuum Mechanics / Einführung in die Kontinuumsmechanik moodle
  • Coupled Problems moodle
  • Nonlinear Finite Element Method moodle
  • nicht-lineare Finite Element Methode moodle
  • Computational Inelasticity / Simulation inelastische Probleme moodle
  • Numerical Methods for Large Non-Linear Systems moodle

Summer Term 2020

(due to the current situation, all moodle courses are approved for self-enrolment without enrolment key)

Module in Bachelor of Science (B.Sc.)

  • Technische Mechanik 2 (MEC2) moodle
  • Lineare Finite Element Methode (FEM) moodle
  • Computer gestützte Berechnungen in der Technischen Mechanik (wird im SoSe2020 nicht angeboten)

Module in Master of Science (M.Sc.)

  • Technische Mechanik 3 moodle
  • Effective Properties of Micro-Heterogeneous Materials moodle
  • Finite Element Method Foundation moodle
  • Thermodynamics of Materials / Thermodynamik der Materialien moodle
  • FEM - Multiphase Materials moodle
  • Advanced Structural Analysis using ANSYS moodle
  • Höhere Mechanik moodle

Winter Term

Module in Bachelor of Science (B.Sc.)

  • Technische Mechanik 1 (MEC 1)
  • Berechnungsprogramme
  • Bauinformatik

Module in Master of Science (M.Sc.)

  • Tensor Calculus / Tensorrechnung
  • Coupled Problems
  • Continuum Mechanics / Einführung in die Kontinuumsmechanik (MEC 5)
  • Nonlinear Finite Element Method / nicht-lineare Finite Element Methode
  • Computational Inelasticity / Simulation inelastische Probleme