Research achievements from Department 04
Discover the completed research projects of the Department of Electrical Engineering and Information Technology!
| Project name | |
|---|---|
| 3D-LID | 3D power transformers with integrated choke |
| Carpe Diem | Capability Analysis for Reliable and Reproducible Diagnosis of Electrical Machines |
| ReVISEDBatt | Resonances, vibrations, shocks, external mechanical forces and detection methods for lithium-ion batteries |
| FLAIR² | Intelligent control of flexible systems |
| e-TWINS | Comprehensive twins for the electrical subsystems and grid connection |
| SafeMuMob | Safe electric micromobility |
| NuData Campus | Optimisation of buildings and facilities based on usage data: the case of Hochschule München |
| UnABESA | Universal connection of battery storage systems from electric vehicles for stationary applications |
| QuBa | Development of an inhomogeneous frequency-selective sub-reflector for the V, Q, Ka and K bands for offset reflector antennas |
| Mobile test point for channel classification in mobile networks | The aim of the project is to develop a tool for the detailed, classifying description of radio channels in mobile networks in near real time. |
| SimuSens | Development of a simulation environment and application for the development of housing technologies for micromechanical air pressure and humidity sensors |
| Development of a new housing technology and a calibration method for pressure sensors | New housing technology, calibration methods and thermal chuck systems are being developed for very small and highly accurate barometric pressure sensors. |
| Development of dual microphones and signal processing methods for sound recording in mobile phones | Many mobile phones now feature two or more microphones. This means that, by using appropriate noise-cancelling techniques, the call quality can be significantly improved. |
| Development of algorithms | Current frame grabbers with Field-Programmable Gate Arrays (FPGAs) are limited to simple, generic algorithms. Due to their performance limitations, they are unsuitable for camera-based real-time measurement in quality control during the production of precision parts or continuous materials. |
| Arc wire spraying process | Energy-efficient production of thermally sprayed coatings with improved properties through the use of a modified arc wire spraying process |
| System and method for attributing QoS/QoE issues | The aim of the project is to develop a means of measuring Quality of Service (QoS) for heterogeneous networks, taking into account the various network segments and their respective characteristics, with the aim of enabling provider-independent analysis. |
Find out more about the department’s current research projects. Discover the innovations and cutting-edge solutions currently being developed.