Virtual Production

Coordinated models, methods and tools for the simulative support of the life cycle phases of a production system

The ISW conducts research about technologies for the digital engineering of the day after tomorrow: In the life cycle of machines and plants there is a need for innovative digital models, methods and tools that make the increasing complexity of future production systems manageable, enable optimizations and even virtual factory acceptance tests using the comprehensive virtual image of production and support production during operation. With the scientific developments in the field of real-time simulation for virtual commissioning, the ISW is one of the leading research institutions in the field of virtual production.

Our research in the field of Virtual Production

KI-Steuerung

Automated control programming using machine learning

aCoSi

Automated partitioning for real-time co-simulation in the virtual commissioning of production systems

SISI

Control Integrated Digital Twin for Online Optimization of Forming Processes

Hybrid Commissioning

Development of a modular development and service platform for implementing a smooth transition from …

Requirement-to-Development Digital Twin …

Development of a novel tool and associated methods for the use of 3D simulation in the requirements …

MRiLS

Hybrid interaction concept for training using Mixed Reality in the Loop simulation

Soft Tissue Robotics - S10/II

Machine Learning on the simulation of soft materials

SCOLAR

Systematic Component-Oriented Language Reuse

GAIA-X4ICM

Infrastructure for end-to-end digitization of production based on GAIA-X

FlowVC

Extension of the multi-scale-network-model for the virtual commissioning of complex material flow …

Get in touch

This image shows Florian Jaensch

Florian Jaensch

M.Sc.

Research Assistant "Virtual Methods for Production Engineering"

This image shows Carsten Ellwein

Carsten Ellwein

M.Sc.

Group Leader "Software and Engineering Methods"

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