Projects
An excerpt of our publicly funded projects can be found here.
Other projects in cooperation with our partners are run under strict security and secrecy agreements.
Do you also want to become a part of our research and incorporate a project together?
Take your chance and contact us to shape the future together!
Take your chance and contact us to shape the future together!
| Projekt- bezeichnung |
Allgemeine Beschreibung | Spezifische Beschreibung | Laufzeit | Cab-E-Net (BMWE) | Wide-Band-Gap (WBG) semiconductors for aviation |
cosmic ray robustness GaN and power cycling | 2026 - 2029 |
E2PACKMAN |
Package Reliability of Power, Sense and Logic Devices |
power cycling reliability of double-side cooled modules and embedded devices | 2025 - 2028 |
HRelGaN (EFRE) | Dynamic Stability of GaN HEMTs |
DHTOL of GaN HEMTs - new approaches | 2025 - 2028 |
| ReToGaN (DFG) SPP GaNius |
Reliability and temperature stability of GaN HEMTs within Focus program “GaNius“ |
see left | 2025 - 2028 |
| FastLane (EU) |
Boosting the European Value Chain for Sustainable Power Electronics | Life-time modelling and Robustness of SiC MOSFETs including new sensors | 2024 - 2027 |
| trustAE (BMWK) | Robust, digitalized and efficient drive and energy systems based on WBG devices | power-cycling with integrated monolithic RC-snubbers | 2023 - 2026 |
| Define (BMVG) |
Digital fault-tolerant infrastructure for the control of electrical networks | SiC MOSFET robustness within MMC topologies | 2021 - 2026 |
Completed projects
- Transform (2021 - 2024) - Reliability and robustness investigation for silicion carbide power semiconductors
- Power2Power (2019 - 2022) - Development of novel semiconductors on 300-mm wafers with higher power density, robustness and reliability
- GaNMobil (2016 - 2019) - Significant improvement of technical aspects on GaN basis to make Wide-Band-Gap materials available to electric mobility
- HVSiCStack (2017 - 2020) - Development of a highly compact, low inductive and scalable power electronics assembly on silicon carbide basis for efficient high voltage applications
- ReliPE (2015 - 2019) - The primary objective is to improve the cost-efficiency of high power converter systems through increased reliability, better understanding of failure mechanisms and tools for lifetime estimation