Deggendorf Institute of Technology (DIT)
about the role in the project
Role: Coordinator on the Bavarian side
Responsibilities: Ensures Bavarian work-plan milestones and indicators; organises two conferences in Germany and contributes to joint activities with Czech partners; leads knowledge transfer to SMEs in Bavaria through workshops, network events and applied use-cases; focuses on translating quantum computing (QC) and high-performance computing (HPC) capabilities into industry-ready solutions.
about the partner
DIT’s Institute of Future Technologies (IFT) is a multidisciplinary hub in QC, HPC and AI with strong ties to industry. It serves as an HPC contact partner within KONWIHR and contributes to the EDIH “Digital Innovation Ostbayern (DInO)” in the “Test before Invest” pillar, offering QC/HPC capacity services to SMEs and public organisations; DIT also runs one of Germany’s first Master’s programmes in HPC/QC.
WEST BOHEMIAN UNIVERSITY IN PILSEN (UWB)
about the partner
The University of West Bohemia in Pilsen (UWB) is a leading academic institution in the Czech Republic, dedicated to providing high-quality education across a wide range of disciplines. With a strong emphasis on scientific research, innovation, and interdisciplinary collaboration, UWB fosters an open and dynamic learning environment for both Czech and international students. The university serves as a key educational and research hub in the West Bohemian region, actively contributing to societal progress and knowledge exchange beyond national and disciplinary boundaries. Through its mission, UWB not only prepares students for professional success but also encourages critical thinking and creativity, making it a vital player in shaping the future of education and industry.
In the field of quantum technologies, UWB is increasingly positioning itself as an important research and educational centre. Leveraging its expertise in computational modelling, artificial intelligence, and advanced engineering, UWB engages in cutting-edge projects that explore quantum computing and novel quantum materials. Through collaboration with national and international research institutions, the university provides students and researchers with opportunities to contribute to the rapidly evolving field of quantum science. By integrating quantum technologies into its academic programs and research initiatives, UWB ensures that graduates are well-equipped to navigate the challenges and opportunities of the 21st-century technological landscape.
UBT FUTURE ENERGY LAB WUNSIEDEL (FEL)
about the role in the project
Role: SME partner and applied pilot lead in the energy sector.
Responsibilities: Provides large, real-world energy-system datasets for analysis, simulation and optimisation; explores concrete use-cases for applying quantum technologies to improve load-balancing analyses; co-creates case studies and participates in workshops and conferences; acts as a bridge between universities, industry stakeholders and SMEs.
about the partner
UBT Future Energy Lab Wunsiedel GmbH brings expertise in energy supply, infrastructure management and digital innovation, working closely with local utilities. Access to the Wunsiedel Energy Park (incl. electrolyser and renewables) supports hands-on testing of advanced solutions aimed at efficiency and sustainability.




