Industrial Data Technologies

Group

© Fraunhofer IKTS
Blended learning with BeAT: Digital and practical learning formats combine self-study phases, individual content, and continuous support for sustainable learning.
© Fraunhofer IKTS
Networked system architecture: Data acquisition, analysis, and control via cloud and edge technologies for an integrated, digital production and testing environment

The “Industrial Data Technologies” working group at Fraunhofer IKTS in Arnstadt sees itself as a driving force behind digital transformation in science, industry, and knowledge transfer. Its goal is to make complex data worlds manageable and to tap into new value creation potential through innovative software solutions. The focus is on data modeling, data aggregation, data processing, and visualization, which serve as the foundation for a future-oriented, data-driven industry.

The development of modular microservices ­­– based on open-source technologies or as specialized in-house developments – results in flexible architectures that can be seamlessly integrated into existing software ecosystems and expanded in a targeted manner. This allows measurement, meta, process, and quality data to be linked and evaluated holistically. Our systems are used in production, quality assurance, and measurement and testing environments, creating scalable platforms for precise process management, reliable quality control, and innovative applications.

Another integral component is our training center, which strengthens the transfer of knowledge between science and industry. Here, we develop needs-based digital learning environments and blended learning formats that combine self-learning offerings (e.g., Moodle courses, videos, simulations) with practical training. In this way, we support research institutions, industry, and SMEs in building and maintaining competencies in key areas such as decarbonization, digitalization, and production systems.

We help to systematically preserve, structure, and pass on knowledge – through digital learning environments, media education concepts, and sustainable learning infrastructures. Our multiple Moodle use-cases give us extensive experience in setting up and integrating digital learning platforms – expertise that we consistently apply in projects involving knowledge transfer, continuing education, and industrial applications.

Services offered

  • Design and implementation of modular microservices and development of scalable, industry-ready software solutions
  • Integration of intelligent IT systems for production, quality assurance, and measurement and testing environments
  • Advanced data analytics methods and visualization technologies for dashboards, interactive reports, and decision support
  • Consulting and architecture development in the field of modern software ecosystems (including Proxmox, FIWARE, Keycloak)
  • Development and use of machine and deep learning models, e.g., for predicting the service life of energy storage systems
  • Setting up and operating digital learning environments (e.g., Moodle) for the preservation, transfer, and development of knowledge and skills
  • Design and implementation of practical blended learning and e-learning formats
  • Data modeling and ontology development for the creation of semantic data spaces and consistent information architectures
  • Development of needs-based continuing education formats for industry, research, and SMEs

Special technical equipment

  • High-end data processing infrastructure (HPC cluster, GPU computing, etc.)
  • Development platforms and SDKs (Visual Studio .NET, Python, PC UA, Matlab/Simulink, LabVIEW, Unity VR, Moodle)
  • Workstations for developing and testing software and automation systems
  • VR and AR development hardware

Project

Commercialization of SOEC stack technology with thyssenkrupp nucera

Project

Digital Test Center in collaboration with CATL

Project

BeAT - Professional Development and Training Center for High-Performance Technology and Future Skills!