Join us for a special virtual conference showcasing how industry leaders, researchers and engineers use Wolfram System Modeler, Modelica, Wolfram Language and FMI-based workflows to accelerate design, simulation and digital-twin development across a wide range of engineering domains.
This event brings together experts from SUEZ International, Saab Aircraft, Nidingen, MWF Services, and Berkeley & Imperial to share real-world modeling workflows—from thermal management and energy optimization to full digital-twin architectures and real-time simulation. Wolfram developers will also present an overview of System Modeler, highlighting new capabilities and modern engineering workflows.
Featured Presentations
Wolfram System Modeler Overview Wolfram engineers will open the conference with a high-level introduction to System Modeler and its ecosystem, showing how Modelica, Wolfram Language and FMI integrate into a unified workflow for modeling, simulation, optimization and digital-twin development.
Aerospace Modeling Workflows for Advanced System Simulation Saab shares modeling and simulation workflows used in aircraft systems development, highlighting how System Modeler supports architecture exploration, performance analysis and early-stage validation in safety-critical environments.
Thermal Management System Design for Battery-Electric Vehicles Nidingen presents real-world workflows for modeling, optimizing and validating thermal management systems for BEVs.
Designing Optimal Solutions for Pumping Large Water Flows through Water Plant Pipe Networks SUEZ Engineering & Construction utilizes detailed simulation of hydraulic and energy performance across multiple scenarios to support informed design decisions and improved overall sustainability of water plant installations. The presentation will discuss the many aspects involved in finding optimal solutions for pumping large water flows through pipe networks and how coupling Wolfram System Modeler with Wolfram Language is particularly powerful for optimizing such systems..
Industrial Digital Twins Using System Modeler and OPC UA Berkeley & Imperial demonstrate how they build operational digital twins connected to real equipment via System Modeler's OPC UA framework.
Real-Time Simulator Architectures for RCP and HIL Workflows MWF Services show how System Modeler, combined with Asturian tools, forms a complete modeling and real-time simulation environment used in rapid control prototyping (RCP) and hardware-in-the-loop (HIL) applications.
Webinar ID
9b5a78a7fb9c
Presenters
Jan Brugård
CEO, Wolfram MathCore
Robert Hällqvist
Doctor of Engineering, Technical Fellow, Saab Aeronautics
Jörg Schminder
Systems Engineer & Lecturer, Linköping University
Robert Prince-Wright
Doctor of Engineering and Managing Partner, Berkeley & Imperial
Kostantinos Antoniadis
Dr. Chemical Engineer and Thermodynamics Manager, Berkeley & Imperial
Martin Nilsson
Thermodynamics Specialist, Energy Strategist and Expert Multi-physics Modeler, Nidingen Engineering & Research