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Scientific Computing and Simulation

The Department of Scientific Computing and Simulation (SCS) provides the scientists at KIT with a variety of infrastructures and services relating to High Performance Computing (HPC). These task is considered as an integrated service that takes into account all aspects of scientific computing and the use of technical scientific applications. The service spectrum ranges from the operation of various high performance computing and high performance file systems via the provision of comprehensive basic software, including compilers, libraries, debuggers and batch systems, up to a broad range of application software for a variety of technical and scientific areas as well as the application-specific user support and training.

The high-performance computers for research purposes ForHLR operated by SCS is a tier-2 class system nationally available for research projects. In addition, SCS performs services for all universities of Baden-Württemberg in the context of the bwHPC concept – among others, SCS is operating the bwUniCluster as system for basic provision with HPC resources at the tier-3 level.

The Simulation Laboratories (SimLabs) address interdisciplinary research and development, particularly the improvement of scientific application software for the efficient use of supercomputers and distributed systems. In close collaboration with disciplinary scientific groups the SimLabs are making their own contributions in several application areas of scientific computing.

Head of department
Name Tel. E-Mail
jennifer schroeterQoe7∂kit edu

Staff
Name Tel. E-Mail
robert barthelRqu8∂kit edu
 
camminadyEkz7∂kit edu
hazan daglayanWie0∂kit edu
hattebuhrBds7∂kit edu
jonas kuschBwe9∂kit edu
roland laiferNjg3∂kit edu
rolf mayerKtb9∂kit edu
holger obermaierHiw4∂kit edu
simon raffeinerCfn8∂kit edu
siegfried schmittPmp6∂kit edu
mehmet soysalRrk4∂kit edu
ngan tuVeo7∂kit edu
richard walterFrk2∂kit edu
helene weberBfa6∂kit edu
peter weisbrodFpm6∂kit edu
nicole ovambeTir9∂kit edu
6 additional persons visible within KIT only.