Workshop on Digital Engineering for Fusion Energy Research

Name: Workshop on Digital Engineering for Fusion Energy Research
Start: 2025-12-09T09:00:00+01:00
End: 2025-12-12T18:00:00+01:00
Location: Cambridge, Massachusetts, USA

9–12 Dec 2025

Cambridge, Massachusetts, USA

Europe/Vienna timezone

We’re now accepting invited abstracts only. Stay tuned — the programme will be announced soon!

Contact

M.Barbarino@iaea.org

Author List

Paulo Abreu (ITER Organization)
- Co-author in IMAS components for digital twins
Matthew Anderson (Idaho National Laboratory)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Abetharan Antony (Zenithon Ai)
- Author in Development of a Neural Operator-Based Surrogate Model for Accelerated Gyrokinetic Transport Calculations
Rick Archibald
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Sean Baccas (United Kingdom Atomic Energy Authority)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
vittorio badalassi (Oak Ridge National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Jin Whan Bae (ORNL)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
- Co-author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
Rhea Barnett (Oak Ridge National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Eric Bass (UC San Diego)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Michael Battye (University of York)
- Author in An Open-Source Divertor Digital Twin Environment for Fusion Power Plants
Colin Baus
- Author in Integration of Customized MHD Modeling into a Digital Engineering Workflow for Advanced Liquid Metal Blankets
Mark Beall (Simmetrix, Inc.)
- Co-author in Tools to Support Geometry and Meshing Needs for Fusion Energy System Simulation Codes
Henrique Bergallo Rocha (United Kingdom Atomic Energy Authority)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Gregoire Biot
- Co-author in Towards Accurate Uncertainty Estimates in High-Fidelity Radiation Transport Simulations of Fusion Power Plants
Alexander Blair (UK Atomic Energy Authority)
- Author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Sebbe Blokhuizen
- Co-author in IMAS components for digital twins
Katarzyna Borowiec (Oak Ridge National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Loren Brandenburg (Commonwealth Fusion Systems)
- Author in Tokamak Model Digital Lifecycle for Neutronics Simulation Applications
Helen Brooks (UKAEA)
- Author in An Integrated Multi-physics Platform for the LIBRTI Facility
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
Jeren Browning (Idaho National Laboratory)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Pattrick Calderoni (Idaho National Laboratory)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Luigi Candido
- Author in Integration of Customized MHD Modeling into a Digital Engineering Workflow for Advanced Liquid Metal Blankets
Leonardo Caputo (Ghent University)
- Author in An Overview of Methods and Applications for Data-Driven Predictive Maintenance in Fusion Devices
Lane Carasik (Virginia Commonwealth University)
- Co-author in ARC Divertor and Heat Exchanger Thermal Hydraulic Modeling using the Nek5000 CFD Code
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Fusion Energy System ARC System Modeling using SAM
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Austin Carter (Commonwealth Fusion Systems)
- Author in Coupled Neutronics–CFD Workflow for ARC Tokamak Blanket and Coolant Design
Ioannis Charalampidis (United Kingdom Atomic Energy Authority)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Qiyun Cheng (Massachusetts Institute of Technology)
- Author in A Cross Machine and Parametric Neural Operator Surrogate Model for MHD Simulations
Karthik Chockalingam (UKRI STFC Hartree Centre)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Cesar Clauser (Massachusetts Institute of Technology)
- Co-author in A Cross Machine and Parametric Neural Operator Surrogate Model for MHD Simulations
Kingsley Collie (United Kingdom Atomic Energy Authority)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Cami Collins (Oak Ridge National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Cyd Cowley (digiLab)
- Author in Bayesian Experimental Design to Enable Digital Twins
Alexander Coxe (Virginia Commonwealth University)
- Co-author in Fusion Energy System ARC System Modeling using SAM
Luis Damiano (Sandia National Laboratories)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
James Dark (Plasma Science and Fusion Center - MIT)
- Author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
- Co-author in Overview of the PSFC blanket and fuel cycle modelling activities
- Co-author in Validation of FESTIM Hydrogen Transport Modeling in FLiBe Through HYPERION Permeation Data
Andrew Davis (United Kingdom Atomic Energy Authority)
- Co-author in An Integrated Multi-physics Platform for the LIBRTI Facility
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Corey DeChant (Idaho National Laboratory)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Remi Delaporte-Mathurin (Plasma Science and Fusion Center, MIT)
- Author in Overview of the PSFC blanket and fuel cycle modelling activities
- Co-author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
- Co-author in Validation of FESTIM Hydrogen Transport Modeling in FLiBe Through HYPERION Permeation Data
Marco De Pietri (UNED)
- Co-author in Towards Accurate Uncertainty Estimates in High-Fidelity Radiation Transport Simulations of Fusion Power Plants
Neil Dhir (Focused Energy)
- Author in A Multi-Physics Digital Twin for the Integrated Design and Optimization of an Inertial Fusion Energy Power Plant
Stephen Dixon (UKAEA)
- Co-author in An Integrated Multi-physics Platform for the LIBRTI Facility
Tim Dodwell (digiLab)
- Co-author in Bayesian Experimental Design to Enable Digital Twins
Jorgen Dokken (Simula Research Laboratory)
- Co-author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
- Co-author in Overview of the PSFC blanket and fuel cycle modelling activities
Nancy Duarte
- Co-author in Advancing SPARC Design Through Deterministic Methods: An Overview
Benjamin Dudson (LLNL)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Collin Dunn
- Co-author in Towards Accurate Uncertainty Estimates in High-Fidelity Radiation Transport Simulations of Fusion Power Plants
Kaelyn Dunnel (Plasma Science and Fusion Center - MIT)
- Co-author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
Kaelyn Dunnell (Plasma Science and Fusion Center, MIT)
- Co-author in Overview of the PSFC blanket and fuel cycle modelling activities
Bamidele Ebiwonjumi
- Author in Digital Engineering for Fusion: Uncertainty Quantification in Neutronics Modeling
- Co-author in Towards Accurate Uncertainty Estimates in High-Fidelity Radiation Transport Simulations of Fusion Power Plants
Michael Eldred (Sandia National Laboratories)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
William Ellis (United Kingdom Atomic Energy Authority)
- Co-author in An Integrated Multi-physics Platform for the LIBRTI Facility
Mahmoud Eltawila (University of Illinois Urbana-Champaign)
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Nate Ferraro (Princeton Plasma Physics Laboratory)
- Co-author in A Cross Machine and Parametric Neural Operator Surrogate Model for MHD Simulations
Darian Figuera Michal (Ulsan National Institute of Science and Technology)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
David Foster (UKAEA)
- Co-author in An Integrated Multi-physics Platform for the LIBRTI Facility
Trevor Franklin (Virginia Commonwealth University)
- Author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Author in Fusion Energy System ARC System Modeling using SAM
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Roger Frye (CAMINNO)
- Author in An ML-based design approach for Fusion Energy targets & components
Jim Gaffney (Focused Energy)
- Author in A Multi-Physics Digital Twin for the Integrated Design and Optimization of an Inertial Fusion Energy Power Plant
Grayson Gall (North Carolina State University)
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Yashika Ghai
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Y.-c. Ghim (KAIST)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Guillaume Giudicelli (Idaho National Laboratory)
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
Guillaume Giudicelli (Idaho National Laboratory)
- Author in Overview of the capabilities in the Multiphysics Object Oriented Simulation Environment and recent activities in modeling and simulation for fusion energy systems
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
leon gorissen (RWTH Aachen University)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Dan Greenhouse (digiLab)
- Co-author in Bayesian Experimental Design to Enable Digital Twins
Avery Grieve
- Co-author in Advancing SPARC Design Through Deterministic Methods: An Overview
Sang-hee Hahn (Korea Institute of Fusion Energy)
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Kimbal Hall (Commonwealth Fusion Systems)
- Co-author in Coupled Neutronics–CFD Workflow for ARC Tokamak Blanket and Coolant Design
Jo Hall (MIT PSFC)
- Co-author in Leveraging Bayesian optimization for automated plasma composition optimization of ARC with physics-based turbulent transport models
Jiyun Han (MIT PSFC)
- Co-author in Leveraging Bayesian optimization for automated plasma composition optimization of ARC with physics-based turbulent transport models
Logan Harbour (Idaho National Laboratory)
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Ethan Hargrove (digiLab)
- Co-author in Bayesian Experimental Design to Enable Digital Twins
Daniel Hart (ELI Beamlines)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Ehab Hassan (Oak Ridge National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Alex Higginbottom (Zenithon Ai)
- Author in Zenithon AI
- Co-author in Development of a Neural Operator-Based Surrogate Model for Accelerated Gyrokinetic Transport Calculations
Matthew Hill (Lawrence Livermore National Laboratory)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Nathan Hinton (Tokamak Energy)
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Aaron Ho (MIT PSFC)
- Author in Surrogate model generation using high-fidelity CGYRO predictions enabled by active learning techniques
Aaron Ho (MIT PSFC)
- Co-author in Leveraging Bayesian optimization for automated plasma composition optimization of ARC with physics-based turbulent transport models
Justin Hodges
- Author in Use Cases of Merit for AI in Simulation
Olivier Hoenen (ITER Organization)
- Co-author in IMAS components for digital twins
Christopher Holland (University of California San Diego)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Nathaniel Howard (MIT - Plasma Science and Fusion Center)
- Co-author in Leveraging Bayesian optimization for automated plasma composition optimization of ARC with physics-based turbulent transport models
Luke Humphrey (United Kingdom Atomic Energy Authority)
- Co-author in An Integrated Multi-physics Platform for the LIBRTI Facility
KyoChan Hwang (TriTech)
- Co-author in Development of a data framework for conceptual design of fusion reactor
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Casey Icenhour (Idaho National Laboratory)
- Author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
- Author in Overview of the capabilities in the Multiphysics Object Oriented Simulation Environment and recent activities in modeling and simulation for fusion energy systems
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Daniel Iliescu (Ansys-Synopsys)
- Author in Application of Digital Engineering and MBSE Methodology to De-Risk Component Design
Bradlee Jensen (Idaho National Laboratory)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Gahyung Jo
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
Amanda Johnson (Commonwealth Fusion Systems)
- Author in Tokamak Model Digital Lifecycle for Neutronics Simulation Applications
Minjun Kang (TriTech)
- Co-author in Development of a data framework for conceptual design of fusion reactor
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Kyoung-O Kang (Korea Institute of Fusion Energy)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
Ryanne Kennedy
- Co-author in Advancing SPARC Design Through Deterministic Methods: An Overview
Ryanne Kennedy (Commonwealth Fusion Systems)
- Co-author in Coupled Neutronics–CFD Workflow for ARC Tokamak Blanket and Coolant Design
Ryanne Kennedy (Commonwealth Fusion Systems)
- Co-author in Tokamak Model Digital Lifecycle for Neutronics Simulation Applications
Andrei Khodak
- Author in Integration of Customized MHD Modeling into a Digital Engineering Workflow for Advanced Liquid Metal Blankets
Chirag Khurana (Plasma Science and Fusion Center - MIT)
- Co-author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
- Co-author in Overview of the PSFC blanket and fuel cycle modelling activities
Jae-seok Ki (TriTech)
- Co-author in Development of a data framework for conceptual design of fusion reactor
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Juhyung Kim (Korea Institute of Fusion Energy)
- Co-author in Development of a data framework for conceptual design of fusion reactor
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Jaewook Kim (Korea Institute of Fusion Energy (KFE))
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Kimin Kim (Korea Institute of Fusion Energy)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
sarah klein (Fraunhofer ILT)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Jacek Kosek (ITER Organization)
- Author in REIMS - Riemann Explicit Implicit Magnet Simulator, new tool for calculating superconductor performance
Thierry Kremeyer (Max Planck Institut für Plasmaphysik)
- Author in First-Principles–Based Divertor Optimization: A Unified MCF Divertor Framework Applied to Wendelstein 7-X
Moritz Kröger
- Author in Fusion Middleware. A comparison of state of the art systems in research, industrial manufacturing and cloud.
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
JAE MIN Kwon (National Fusion Research Institute)
- Author in Development of a data framework for conceptual design of fusion reactor
- Author in Virtual Tokamak for Integrated Physics and Engineering Analysis
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
Albrecht Kyrieleis (Amentum)
- Author in Towards a Tritium Breeder Digital Twin
Chanyoung Lee (Korea Institute of Fusion Energy)
- Co-author in Development of a data framework for conceptual design of fusion reactor
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Chogang Lee (TriTech)
- Co-author in Development of a data framework for conceptual design of fusion reactor
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Jungeun Lee (TriTech)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Jae-seok Lee (Korea Institute of Fusion Energy)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Mengnan Li (INL)
- Author in Overview of the capabilities in the Multiphysics Object Oriented Simulation Environment and recent activities in modeling and simulation for fusion energy systems
Amanda Lietz (North Carolina State University)
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Sharp Lo (United Kingdom Atomic Energy Authority)
- Co-author in An Integrated Multi-physics Platform for the LIBRTI Facility
Tom Looby (Commonwealth Fusion Systems)
- Author in Digital twin workflow development for SPARC
Jeremy Lore (ORNL)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Ross MacDonald (UKAEA)
- Co-author in Overview of the PSFC blanket and fuel cycle modelling activities
Chris MacMackin (United Kingdom Atomic Energy Authority)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Rajesh Maingi
- Author in Integration of Customized MHD Modeling into a Digital Engineering Workflow for Advanced Liquid Metal Blankets
Abinash Manikandan (CAMINNO)
- Author in An ML-based design approach for Fusion Energy targets & components
Derek Mariscal (Lawrence Livermore National Laboratory)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Petr Mazurek (ELI Beamlines)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Ryan McGuire (Virginia Commonwealth University)
- Co-author in Fusion Energy System ARC System Modeling using SAM
Simon McIntosh (ITER Organization)
- Co-author in IMAS components for digital twins
Jacob Merson (Rensselaer Polytechnic Institute)
- Author in PCMS: A Geometry and Discretization Aware Multi-physics Coupling Tool for Fusion Devices
- Co-author in Tools to Support Geometry and Meshing Needs for Fusion Energy System Simulation Codes
Max Monange (EX-Fusion Inc.)
- Author in Development of a Mod-Sim Workflow for Multiphysics Assessment in EX-Fusion’s Laser Fusion Test Chamber
Taeuk Moon (Ulsan National Institute of Science and Technology, Republic of Korea)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Connor Moreno (University of Wisconsin - Madison)
- Author in Data-Driven Prediction of Parametric Sensitivities of Stellarator Blanket Performance
Siddharth Mungale (United Kingdom Atomic Energy Authority)
- Co-author in An Integrated Multi-physics Platform for the LIBRTI Facility
Raffi Nazikian (General Atomics)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Jonathan Neal
- Co-author in Advancing SPARC Design Through Deterministic Methods: An Overview
Nuno Nobre (UKRI STFC Hartree Centre)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
April Novak (University of Illinois at Urbana-Champaign)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
April Novak (University of Illinois, Urbana-Champaign)
- Author in Cardinal: Multiphysics and Multiscale Simulation for Fusion Applications
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Valeria Ospina Bohorquez (Focused Energy)
- Author in A Multi-Physics Digital Twin for the Integrated Design and Optimization of an Inertial Fusion Energy Power Plant
Isabella Pagano (Lawrence Livermore National Laboratory)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
J. M. Park (Oak Ridge National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Jinseop Park (Korea Institute of Fusion Energy)
- Co-author in Development of a data framework for conceptual design of fusion reactor
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Jae-Sun Park (ITER Organization)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Adam Pederson (Ansys-Synopsys)
- Co-author in Application of Digital Engineering and MBSE Methodology to De-Risk Component Design
Cody Permann (Idaho National Laboratory)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Vignesh Perumal (CAMINNO)
- Author in An ML-based design approach for Fusion Energy targets & components
Ethan Peterson (Massachusetts Institute of Technology)
- Author in Digital Engineering for Fusion: Uncertainty Quantification in Neutronics Modeling
- Author in Towards Accurate Uncertainty Estimates in High-Fidelity Radiation Transport Simulations of Fusion Power Plants
- Co-author in Validation of FESTIM Hydrogen Transport Modeling in FLiBe Through HYPERION Permeation Data
Simon Pinches (ITER Organization)
- Co-author in IMAS components for digital twins
Birgit Plötzeneder (ELI Beamlines)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Seimon Powell (United Kingdom Atomic Energy Authority)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Sohail Rathore (UKRI STFC Hartree Centre)
- Co-author in Electromagnetic Simulations in MOOSE using the MFEM Finite Element Library
Cristina Rea (Massachusetts Institute of Technology)
- Co-author in A Cross Machine and Parametric Neural Operator Surrogate Model for MHD Simulations
Tongnyeol Rhee (Korea Institute of Fusion Energy)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Adriaan Riet (Idaho National Laboratory)
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
Matthew Robinson (Tokamak Energy)
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Pablo Rodriguez-Fernandez (UsPSFC)
- Co-author in Leveraging Bayesian optimization for automated plasma composition optimization of ARC with physics-based turbulent transport models
Milan Rother
- Author in PathSim: An Open-Source Python Framework for Digital Twin Applications in Fusion Fuel-Cycle Modeling
Michael Saitta
- Co-author in Advancing SPARC Design Through Deterministic Methods: An Overview
Andrea Saltos (Commonwealth Fusion Systems)
- Co-author in Tokamak Model Digital Lifecycle for Neutronics Simulation Applications
Andrea Saltos (Commonwealth Fusion Systems)
- Author in Advancing SPARC Design Through Deterministic Methods: An Overview
Katie Saltzgiver (Commonwealth Fusion Systems)
- Co-author in Coupled Neutronics–CFD Workflow for ARC Tokamak Blanket and Coolant Design
Audrey Saltzman (MIT PSFC)
- Author in Leveraging Bayesian optimization for automated plasma composition optimization of ARC with physics-based turbulent transport models
Mike Sanders (Ignition Computing)
- Co-author in IMAS components for digital twins
Abhishek Saraswat (MIT PSFC)
- Co-author in Validation of FESTIM Hydrogen Transport Modeling in FLiBe Through HYPERION Permeation Data
Abhik Sarkar (Lawrence Livermore National Laboratory)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
jan-niklas schneider (RWTH Aachen University)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Mireille SCHNEIDER (ITER Organization)
- Co-author in IMAS components for digital twins
Walter Schwarz (Ansys-Synopsys)
- Author in Application of Digital Engineering and MBSE Methodology to De-Risk Component Design
Maarten Sebregts (Ignition Computing)
- Co-author in IMAS components for digital twins
Stefano Segantin
- Author in Digital Engineering for Fusion: Uncertainty Quantification in Neutronics Modeling
- Co-author in Towards Accurate Uncertainty Estimates in High-Fidelity Radiation Transport Simulations of Fusion Power Plants
Janghoon Seo (Korea Institute of Fusion Energy)
- Co-author in Mesh and 3D Data Analysis Technology for Digital Twin
Kalyan Sharma (Ansys-Synopsys)
- Co-author in Application of Digital Engineering and MBSE Methodology to De-Risk Component Design
Dillon Shaver (Argonne National Laboratory)
- Co-author in ARC Divertor and Heat Exchanger Thermal Hydraulic Modeling using the Nek5000 CFD Code
Mark Shephard (Rensselaer Polytechnic Institute)
- Author in Tools to Support Geometry and Meshing Needs for Fusion Energy System Simulation Codes
- Co-author in PCMS: A Geometry and Discretization Aware Multi-physics Coupling Tool for Fusion Devices
Masashi Shimada (Idaho National Laboratory)
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Pierre-Clément Simon (Idaho National Laboratory)
- Author in Overview of the capabilities in the Multiphysics Object Oriented Simulation Environment and recent activities in modeling and simulation for fusion energy systems
- Co-author in Bringing together integrated simulation, surrogates, and data to support digital twins for fusion engineering
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
Pierre-Clément Simon (Idaho National Laboratory)
- Author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Arpan Sircar (ORNL)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
- Co-author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
Carli Smith
- Author in Integration of Customized MHD Modeling into a Digital Engineering Workflow for Advanced Liquid Metal Blankets
Jerome Solberg (Lawrence Livermore National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Eugene Sosnovsky
- Co-author in Advancing SPARC Design Through Deterministic Methods: An Overview
Anika Stein (CAMINNO)
- Author in An ML-based design approach for Fusion Energy targets & components
Adam Stephen (UKAEA)
- Co-author in Bayesian Experimental Design to Enable Digital Twins
Saurabh Tendulkar (Simmetrix, Inc.)
- Co-author in Tools to Support Geometry and Meshing Needs for Fusion Energy System Simulation Codes
Mark Theme (Ansys-Synopsys)
- Co-author in Application of Digital Engineering and MBSE Methodology to De-Risk Component Design
Franziska Treffert (Lawrence Livermore National Laboratory)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
José Trueba (Tokamak Energy)
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Sierra Tutwiler (Virginia Commonwealth University)
- Author in ARC Divertor and Heat Exchanger Thermal Hydraulic Modeling using the Nek5000 CFD Code
- Co-author in Fusion Energy System ARC System Modeling using SAM
Bibake Uppal
- Author in Integration of Customized MHD Modeling into a Digital Engineering Workflow for Advanced Liquid Metal Blankets
Daniel van Vugt (Ignition Computing)
- Author in IMAS components for digital twins
Geert Verdoolaege (Ghent University)
- Co-author in An Overview of Methods and Applications for Data-Driven Predictive Maintenance in Fusion Devices
Jingyi Wang (Lawrence Livermore National Laboratory)
- Author in FREDA: A Multi-Fidelity Plasma-Engineering Integrated Modeling Platform for Fusion Reactor Design and Assessment
Paul Wilson (University of Wisconsin - Madison)
- Co-author in Data-Driven Prediction of Parametric Sensitivities of Stellarator Blanket Performance
Petr Wodecki (ELI Beamlines)
- Author in Integrating Edge Analytics and HPC for Autonomous HED Experimental Workflows
Kevin Woller (Massachusetts Institute of Technology)
- Co-author in Validation of FESTIM Hydrogen Transport Modeling in FLiBe Through HYPERION Permeation Data
Minho Woo (Korea Institute of Fusion Energy)
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
Hao Wu (Commonwealth Fusion Systems)
- Co-author in Coupled Neutronics–CFD Workflow for ARC Tokamak Blanket and Coolant Design
Lin Yang (Idaho National Laboratory)
- Co-author in Divertor Monoblock Multiphysics Analysis Using the SALAMANDER Code
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Huihua Yang (Plasma Science and Fusion Center - MIT)
- Author in Validation of FESTIM Hydrogen Transport Modeling in FLiBe Through HYPERION Permeation Data
- Co-author in Multi-physics tritium transport modelling of the ARC breeding blanket with FESTIM
- Co-author in Overview of the PSFC blanket and fuel cycle modelling activities
Emre Yildirim (Tokamak Energy)
- Co-author in Multiphysics Modeling of Fusion Energy Systems Using the Software for Advanced Large-scale Analysis of MAgnetic confinement for Numerical Design, Engineering & Research (SALAMANDER) Computational Tool
Eisung Yoon (Ulsan National Institute of Science and Technology)
- Author in Mesh and 3D Data Analysis Technology for Digital Twin
- Co-author in Virtual Tokamak for Integrated Physics and Engineering Analysis
E.d.D. Zapata-Cornejo (Massachusetts Institute of Technology)
- Co-author in A Cross Machine and Parametric Neural Operator Surrogate Model for MHD Simulations
Han Zhang
- Author in Integration of Customized MHD Modeling into a Digital Engineering Workflow for Advanced Liquid Metal Blankets
Weiyue Zhou (MIT PSFC)
- Co-author in Validation of FESTIM Hydrogen Transport Modeling in FLiBe Through HYPERION Permeation Data

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Workshop on Digital Engineering for Fusion Energy Research

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