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List of results

• Task-based parallelism in scientific computing (HPC2N/PRACE, May 2021)  + (Task-based parallelism in scientific computing)
• Task-based parallelism in scientific computing (March 2020)  + (Task-based parallelism in scientific computing)
• CodeRefinery Workshop on Sustainable Scientific Software Development (November 2017)  + (Teaching researchers in sustainable software development)
• CodeRefinery Workshop on Sustainable Scientific Software Development (February 2017)  + (Teaching researchers in sustainable software development)
• Tensorflow and Deep Learning, HPC2N, 8-9 May 2019  + (Tensorflow and Deep Learning)
• Test suite for VASP  + (Test suite for VASP)
• The Effective Use of the Kebnekaise Accelerators (HPC2N, December 2017)  + (The Effective Use of the Kebnekaise Accelerators)
• Pencil  + (The Pencil Code is a high-order finite-difference code for compressible hydrodynamic flows with magnetic fields)
• The future of HPC programming - a Modern Fortran workshop, Umeå, 2022-11-(24-25)  + (The future of HPC programming - a Modern Fortran workshop)
• Parallel Programming Education  + (Training in parallel programming)
• Transfering data (Lund, February 2019)  + (Transfering data to and from an HPC system)
• Transfering data (Lund, Oct 2018)  + (Transfering data to and from an HPC system)
• Transfering data (Lund, Nov 2017)  + (Transfering data to and from an HPC system)
• UPPMAX Introductory Course, August 16-19, 2022  + (UPPMAX Introductory Course)
• UPPMAX storage  + (UPPMAX Swestore storage node of 200Tb)
• MDR model library update  + (Updating the automated classification system for MDR proteins based on new data.)
• UppASD Autumn School (October 2022)  + (UppASD Autumn School)
• XC-40 Architecture (PDC February 2015)  + (Using Cray XC-40 Machines)
• Using Matlab in an HPC environment (Lunarc, October 2017)  + (Using Matlab in an HPC environment)
• Using Matlab in an HPC environment (Lunarc, 2017)  + (Using Matlab in an HPC environment)
• Using Matlab in an HPC environment (Lunarc, November 2018)  + (Using Matlab in an HPC environment)
• Using Matlab in an HPC environment (Lunarc, April 2018)  + (Using Matlab in an HPC environment)
• Using Python in an HPC environment, May 2023, UPPMAX/HPC2N  + (Using Python in an HPC environment)
• Using Python in an HPC environment, September 2022, UPPMAX/HPC2N  + (Using Python in an HPC environment)
• Using R in an HPC environment, HPC2N, 2021-02-(25-26)  + (Using R in an HPC environment)

• Commercial engineering software (Lund, Nov 2017)  + (Using commercial engineering software in an HPC environment)

• Intel Compiler (Lunarc November 2016)  + (Using the Intel® compiler and performance tools)
• Utilising a modern HPC environment (Lunarc, May 2016)  + (Utilising a modern HPC environment)
• Vasp best practices (Stockholm, May 2019)  + (VASP best practices)
• Vasp best practices (Uppsala, June 2019)  + (VASP best practices)
• Vasp best practices (Linköping, June 2019)  + (VASP best practices)
• VASP best practices workshop (NSC, Feb 2022)  + (VASP best practices workshop)
• VASP best practices workshop (NSC, Oct 2020)  + (VASP best practices workshop)
• Vasp - Basic Theory and Best Practices, HPC2N, October 2019  + (Vasp - Basic Theory and Best Practices)
• Version Control Workshop, HPC2N  + (Version Control Workshop)
• Visualisation and interactivity in HPC (LUNARC, March 2019)  + (Visualisation and interactivity in HPC - The LUNARC HPC Desktop)
• Vapor  + (Visualization and Analysis Platform for Ocean, Atmosphere, and Solar Researchers)
• Grace  + (WYSIWYG tool to make two-dimensional plots of scientific data)
• PconsC for Fido  + (Web hosting for PconsC)
• Working effectively with HPC systems (NSC, April 2021)  + (Working effectively with HPC systems)
• Schrödinger materials science suite workshop (Linköping, November 2017)  + (Workshop on using the Schrödinger materials science suite with Quantum Espresso)
• Writing Parallel Applications Using MPI (Stockholm, December 2019)  + (Writing Parallel Applications Using MPI)
• MPI (PDC December 2015)  + (Writing parallel applications using MPI)
• MPI (PDC December 2017)  + (Writing parallel applications using MPI)
• MPI (PDC November 2014)  + (Writing parallel applications using MPI)
• Xds  + (X-ray Detector Software for processing single-crystal monochromatic diffraction data recorded by the rotation method.)
• FEFF  + (a real-space full multiple scattering (RSFMS) Green's function method)
• MPQC  + (ab initio quantum chemistry)
• GAMESS  + (ab initio quantum chemistry)
• Jaguar  + (ab initio quantum mechanics)
• Elk  + (all-electron full-potential linearised augmented-plane wave (FP-LAPW) code with many advanced features)