Case Study
The aim of the laboratory experiment is to familiarize students with the structure and functionality of cyber-physical systems and IMU sensors (Inertial Measurement Unit). An IMU sensor is the key component that has the ability to detect position and acceleration in space. These sensors can be found in self-balancing robots, smartphones, smartwatches, pedometers, VR headsets, drones, cameras, etc. The experiment leaves room for your own experiments and uses many practical elements to impart knowledge about electronic components and their programming step by step - without the risk of overextending yourself. The course ends with the construction of a device that visualizes the data of an IMU.
The course provides participants with a solid basis of knowledge and motivation to participate in the development process of cyber-physical systems with further projects and experiments if they are personally interested. Inexpensive and easy-to-obtain components, assistance and inspiration from the global maker community support this opportunity.
Contract Person
Further Information
- Primary information in Moodle
- Please register for the Moodle room “Logistics Lab” and register for your preferred lab course (IPS, FLW, LFO) under “Groups” (here: Cyberphysical Systems Lab)
- In the event of an uneven distribution of interested parties, there may be a random redistribution of individual participants after the registration deadline