Robotics II

The course covers new trends in the field of robotics. Besides the calculation of the kinematics and dynamics of parallel robot structures, linear and nonlinear techniques to identify key system parameters are presented. In addition, the lecture gives an overview on image-based control methods as well as basic ideas and definitions of machine learning related to robotic systems.

Topics (subject to alterations)

  • Parallel kinematic mechanisms
    • structures
    • inverse and direkt kinematics
    • kinematic performance criteria
    • dynamics
    • redundant mechanisms
  • Parameter identification
    • lineare, and nonlinear algorithms
    • deterministic optimization methods
    • optimal stimulation 
  • Visual Servoing
    • 2½D and 3D approaches
    • camera calibration
  • Machine Learning 
    • Definitions and basic ideas
    • Methods and techniques

Special features

The lecture will be complemented by a so-called "Remote Lab": Using a Delta robot, you will learn the contents of the lecture and exercise through various laboratory experiments using a practical example. Knowledge of MATLAB is advantageous for the exiercises. Access to the experimental set-up is via remote control, so that the experiments can be carried out on your own PC at any time. The lab is carried out in small workgroups.

Course Materials

The accompanying materials for the lecture "Robotics II" will be provided for download at Stud.IP during the lecture. These mainly include the lecture notes, exercises, old exams and relevant literature. Supporting videos to content from the script are given here.

Please note: The Lecture is given in German. All extra material (except for secundary literature) is in German, too.

Consultation hours

No fixed consultation hours are offered. We would like to encourage you to use the StudIP forum to ask your questions. Not only will your fellow students be able to help you, but it will be guaranteed that not only you but the whole group will benefit from the answer of our teaching staff.
However, individual appointments can be made at any time if you have any questions about the lecture. Please contact the lecture staff.

Exam announcement

  • Date and Time:  Monday, 07.03.2022, at 2:00 pm
  • Rooms: VII 201, VII 002, VII 003, I 301 final room division will be announced on StudIP
  • Type: written
  • Duration: 90 minutes
  • Permitted aids: writing utensils, drawing utensils (geo-triangle, compass), non-programmable calculator
  • Required documents: valid student ID as well as official photo ID
  • Pre-exam consultation: upon request

Further details about the exam, such as the room division, will be announced shortly before the exam in StudIP.

The information on the date and place of the exam are subject to change. The current information povided by the Examination Office applies.


  • Lecturer: Dr.-Ing. Svenja Spindeldreier
  • Term: summer term
  • Lectures: online as video
  • Tutorials: online as video
  • Question time: Monday at 2 p. m. as stream on StudIP
  • Type of exam: written
  • Language: German

  For further details please visit StudIP.  


M. Sc. Aran Mohammad
Research Staff
An der Universität 1
30823 Garbsen
M. Sc. Aran Mohammad
Research Staff
An der Universität 1
30823 Garbsen