Courses 2024

• CFD with OpenFOAM®
• Modern C++ Software Design (Intermediate) (2024/CPP1)
• Hybrid Programming in HPC – MPI+X (2024/HY-HLRS)

Supercomputing Akademie 2024

• Paralleles Programmieren mit MPI (SCA-PP-MPI)
• Datenanalyse mit HPC (SCA-DA-AN)
• Performance Optimierung - Kommunikation (SCA-PO-KOM)
• Simulation - Grundlagen & Strukturmechanik (SCA-SIM-SM)
• Simulation - Grundlagen & CFD (SCA-SIM-CFD)
• HPC-Cluster - Aufbau & Betrieb (SCA-HPCC-AuB)
• Paralleles Programmieren mit OpenMP (SCA-PP-OMP)
• Datenmanagement (SCA-DA-MGNT)
• Visualisierung - Grundlagen & Anwendung (2024/SCA-VIS-AW)
• HPC-Cluster - Auslegung, Kosten & Nachhaltigkeit (2024/SCA-HPCC-AKuN)

Other Events 2023

• Science goes Society (2024/science-goes-society)

Courses 2023

• Introduction to GPU programming using CUDA (2023/CUDA)
• Fortran for Scientific Computing (2023/FTN3)
• Modern C++ Software Design (Advanced) (2023/CPP4)
• Parallel Programming Workshop (Train the Trainer)
• Parallel Programming Workshop (MPI, OpenMP and Advanced Topics) (2023/PAR)
• Julia for High-Performance Computing (2023/JULIA)
• Optimization of Scaling, I/O and Node-level Performance on Hawk (2023/HPE2)
• CFD with OpenFOAM® (2023/OF2)
• Introduction to oneAPI, SYCL2020 and OpenMP offloading (2023/INTEL-ONEAPI)
• AMD Instinct™ GPU Training (2023/GPU-AMD)
• CFD with OpenFOAM® (2023/CFD-S2)
• Deep Learning and GPU programming using OpenACC (2023/DL-OPENACC)
• Modern C++ Software Design (Intermediate) (2023/CPP3)
• Node-Level Performance Engineering (2023/NLP)
• Fortran for Scientific Computing (2023/FTN2)
• Introduction to NEC SX-Aurora TSUBASA vector platform (2023/AURORA)
• Efficient Parallel Programming with GASPI (2023/GASPI)
• From Machine Learning to Deep Learning: a concise introduction (2023/DL-HLRS)
• Modern C++ Software Design (Advanced) (2023/CPP2)
• Optimization of Scaling and Node-level Performance on Hawk (2023/HPE1)
• Iterative Linear Solvers and Parallelization (2023/ITER-S)
• CFD with OpenFOAM (2023/OF1)
• Modern C++ Software Design (Intermediate) (2023/CPP1)
• Introduction to Computational Fluid Dynamics (2023/CFD-S1)
• Fortran for Scientific Computing (2023/FTN1)

Supercomputing Akademie 2023

• HPC-Cluster - Auslegung, Kosten & Nachhaltigkeit (2023/SCA-HPCC-AKuN)
• Visualisierung: Grundlagen & Anwendung (2023/SCA-VIS-AW)
• Datenmanagement (2023/SCA-DA-MGNT)
• Paralleles Programmieren mit OpenMP (2023/SCA-PP-OMP)
• HPC-Cluster - Aufbau & Betrieb (2023/SCA-HPCC-AuB)
• Simulation - Grundlagen & CFD (2023/SCA-SIM-CFD)
• Simulation - Grundlagen & Strukturmechanik (2023/SCA-SIM-SM)
• Performance Optimierung - Kommunikation (2023/SCA-PO-KOM)
• Paralleles Programmieren mit MPI (2023/SCA-PP-MPI)
• Linguistische Datenverarbeitung & Zeitreihenvorhersage (2023/ikileusdz)
• Datenanalyse mit HPC (2023/SCA-DA-AN)
• Performance Optimierung - Node Level (2023/SCA-PO-NL)
• Paralleles Programmieren mit MPI (unbetreut) (sca/SCA-PP-MPI-D)
• Paralleles Programmieren mit OpenMP (unbetreut) (sca/SCA-PP-OMP-D)

Other Events 2023

• CapeReviso Abschlusssymposium (2023/capereviso)
• High Performance Computing in Science & Engineering - 26th Results and Review Workshop of the HLRS (2023/review-ws)
• 35th Workshop on Sustained Simulation Performance (2023/wssp)
• Bürgerforum zum Neubau des Höchstleistungsrechenzentrums (2023/HLRS-III-2)
• Auftaktveranstaltung zur Bürgerbeteiligung zum Neubau des Höchstleistungsrechenzentrums (2023/HLRS-III)

Courses 2022

• From Machine Learning to Deep Learning: a concise introduction (2022/DL-HLRS)
• Fortran for Scientific Computing (2022/FTN3)
• Introduction to NEC SX-Aurora TSUBASA vector platform (2022/AURORA)
• Modern C++ Software Design (Advanced) (2022/CPP4)
• Introduction to GPU programming using CUDA (2022/CUDA)
• Introduction to oneAPI, SYCL2020 and OpenMP offloading (2022/INTEL-ONEAPI)
• CFD with OpenFOAM (2022/OF1)
• Scientific Visualization (2022/VIS1)
• AMD GPU Training (2022/GPU-AMD)
• Machine Learning with AMD GPUs and ROCm Software (2022/DL-AMD)
• Introduction to Computational Fluid Dynamics in High Performance Computing (2022/CFD-S2)
• Julia for High-Performance Computing (2022/JULIA)
• Deep Learning and GPU programming using OpenACC (2022/DL-NVIDIA)
• Modern C++ Software Design (Intermediate) (2022/CPP3)
• Fortran for Scientific Computing (2022/FTN2)
• Iterative Linear Solvers and Parallelization (2022/ITER-S)
• Modern C++ Software Design (Advanced) (2022/CPP2)
• Modern C++ Software Design (Intermediate) (2022/CPP1)
• Introduction to Computational Fluid Dynamics in High Performance Computing (2022/CFD-S)
• Fortran for Scientific Computing (2022/FTN1)
• Optimization of Scaling and Node-level Performance on Hawk (2022/HPE1)
• Efficient Parallel Programming with GASPI (2022/GASPI)
• Introduction to Parallel Programming with HPX (2022/HPX)
• Node-Level Performance Engineering (2022/NLP)
• Optimization of Scaling, I/O and Node-level Performance on Hawk (2022/HPE2)
• Parallel Programming Workshop (MPI, OpenMP and Advanced Topics) (2022/PAR)
• Parallel Programming Workshop (Train the Trainer) (2022/TtT)

Supercomputing Akademie 2022

• Paralleles Programmieren mit MPI (2022/SCA-PP-MPI)
• Performance Optimierung - Node Level (2022/SCA-PO-NL)
• Datenanalyse mit HPC (2022/SCA-DA-AN)
• Simulation: Grundlagen und CFD (2022/SCA-SIM-CFD)
• HPC-Cluster - Aufbau & Betrieb (2022/SCA-HPCC-AuB)
• Visualisierung: Grundlagen & Anwendung (2022/SCA-VIS-AW)
• Paralleles Programmieren mit OpenMP (2022/SCA-PP-OMP)
• Datenmanagement (2022/SCA-DA-MGNT)
• Performance Optimierung - Kommunikation (2022/SCA-PO-KOM)
• Simulation - Grundlagen & Strukturmechanik (2022/SCA-SIM-SM)
• HPC-Cluster - Auslegung, Kosten & Nachhaltigkeit (2022/SCA-HPCC-AKuN)

Other Events 2022

• Workbench on Sustained Simulation Performance (2022/wssp)

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