Practical Training Technical Dynamics

The practical training Technical Dynamics consists of eight single experiments and counts as credits without grade (unmarked credit points). For students who study Technical Dynamics as a major subject, 6 of the 8 experiments to be done are already covered. The missing 2 experiments can be chosen out of the pool of the ITM experiments or the general offer of other institutes, see the APMB catalog. Experiments will take place during the winter and the summer semester.

Remarks on the practical training in the summer term 2026

The dates for the practical training for the current semester are listed below. For the registration please send an e-mail in the time starting from
SF:  7. April and not later than 19. April
APMB: 20. April and not later than 3. May
an Email to Nicholas Lüer, containing the following information
    -name
    -name of the practical training and its date
    -course of study
    -APMB oder SF

You will receive further information about the access to the handouts after your registration. For urgent questions please turn to Nicholas Lüer.

Meeting point for all experimental practical trainings will be in the Bibliothek of the ITM (room 4.159), Pfaffenwaldring 9, 4th floor.

Seven experimental practical training and three simulation training will be offered. The experimental practical training is held in one afternoon and is offered on different days.

The following Practical Trainings are expected to take place in the summer semester on the following dates always between 2 and 4:30 p.m.:

• Experimental Modal Analysis (will take place in english) Link to Handout
  (6.5.), advisor: Andreas Schönle, M.Sc. and Anthia Patsinakidou, M.Sc.
• Balanced Ball on Rim Link to Handout
  (3.6), advisor: Mario Rosenfelder, M.Sc.
• Controller Design for a Model Railway Link to Handout
  (10.6.), advisor: Jan Schneider, M.Sc.
• Machine Foundation Link to Handout
  (17.6.), advisor: Tom Könecke, M.Sc.
• Active Vibration Absorber Link to Handout
  (24.6.), advisor: Jakob Gesell, M.Sc.
• Control of the Motion of Optical Lenses Link to Handout
  (not taking place), advisor: Mark Kurcsics, M.Sc.
• Flexible Multibody Systems I, Software Training, the dates will be announced in the lecture, advisor: Philipp Rodegast, M.Sc.
• Flexible Multibody Systems II, Software Training, the dates will be announced in the lecture, advisor: Philipp Rodegast, M.Sc.
• Flexible Multibody Systems III, Software Training, the dates will be announced in the lecture, advisor: Philipp Rodegast, M.Sc.

Eight experimental practical training and one simulation training will be offered. The experimental practical training is held in one afternoon and is offered on different days.

The following Practical Training will take place in the winter semester on the following dates always between 2 and 4:30 p.m.:

• Acoustic Measurements and Sound Visualization
  Link to Handout
  (details will follow), advisor: Pierfrancesco Cillo, M.Sc.
• Flexible One-Arm-Robot Link to Handout
  (details will follow), advisor: Rodolfo Pimentel M.Sc.
• HERA Motion Control Link to Handout
  (details will follow), advisor: Jingchan Chen, M.Sc.
• Regulation of an Expo-Pendulum Link to Handout
  (details will follow), advisor: David Leprich, M.Sc.
• Micro-Mechanical Oscillation Inducer Link to Handout
  (details will follow), advisor: Mario Hermle, M.Sc.
• Multibody Simulation with Neweul-M², Software Training
  Link to Handout
  (details will follow), advisor: Arnim Kargl, M.Sc.
• Thermographic Data with an IR Camera about Mechanical Problems Link to Handout
  (details will follow), advisor: Manuel Vierneisel, M.Sc.
• Robot Kinematics Link to Handout
  (details will follow), advisor: Marius Fuchs, M.Sc.