Your future responsibilities
You want to pursue your PhD – and gain hands-on experience in applied research at the same time? Then this position is exactly right for you.
Within the DC-Microgrid research project, you will join Silicon Austria Labs (SAL) and Graz University of Technology (TU Graz) in developing innovative inverter topologies for industrial applications – combining academic depth with real-world relevance.
The co-employment at the Graz University of Technology will be within the framework of a PhD thesis. For the co-employment, a two step application process is necessary. An additional application at Graz University of Technology is mandatory. Further information can be discussed in a first interview.
This position offers a unique opportunity to work on cutting-edge research with a direct link to industrial applications, contributing to the next generation of high performance DC microgrid systems.
Within the DC-Microgrid research project, you will join Silicon Austria Labs (SAL) and Graz University of Technology (TU Graz) in developing innovative inverter topologies for industrial applications – combining academic depth with real-world relevance.
The co-employment at the Graz University of Technology will be within the framework of a PhD thesis. For the co-employment, a two step application process is necessary. An additional application at Graz University of Technology is mandatory. Further information can be discussed in a first interview.
This position offers a unique opportunity to work on cutting-edge research with a direct link to industrial applications, contributing to the next generation of high performance DC microgrid systems.
- Dual employment at SAL and TU Graz
- Collaboration within an international academic and industrial consortium
- PhD research focus:
Development and benchmarking of advanced inverter topologies using Si, SiC, and GaN technologies - Application of results in real systems, such as industrial compressor drives
- Your tasks:
- Topology optimization and EMI filter design
- Control system development
- Hardware design and PCB layout
- System testing under varying DC input and non-linear loads