© CIT – C. Burgholz

1 Year of CIT – 60 Years in the Service of Study, Research, Teaching and Administration

Even if the name is still young, the Centre for Information Technology (CIT) will be 60 years old in 2024. A long time in an industry that has always developed rapidly. What is new today is already outdated tomorrow and yet often has a formative influence on society. A look at the past decades shows this very impressively: tube and mainframe computers in the 60s, PCs in the 80s, the Internet in the 90s and 2000s, mobility, social media and cloud services in the 2010s, and now? Artificial intelligence.

Manoeuvring an institution like the CIT through these waters requires foresight and an unshakeable ability to change. Because nothing stays the same, that much is certain. All the more so if, like the CIT, you are at the cutting edge of research. Fortunately, there are still some constants: Prof. Dr Raimund Vogl is only the fourth director to join the team – the CIT has even had more names. For 17 years, the physicist in Münster has been particularly committed to the national and international networking of university IT – e.g. within the framework of ZKI, dini, DH.NRW, DFN, EUNIS – and to co-operations for the development of research services. Numerous successful projects at state level –  including initiatives for high-performance computing, research environments, data storage and data versioning – speak for themselves.

When it comes to supporting study programmes, teaching and university administration, the perspective is also always future-oriented and geared towards the ongoing digital transformation. Processes and structures at the university must not only be rethought, but also reliably designed. A guiding principle here is digital sovereignty, i.e. the ability to design, control and protect digital processes, data and systems in a self-determined manner. At the same time, new solutions should be flexibly adaptable and user- and cost-orientated. An important step towards more digitalisation in teaching is, for example, the establishment of a new e-examination centre – an area in which we need to catch up.

As a key driver of technological progress, artificial intelligence (AI) will also be the focus of university IT at the University of Münster in the coming years. With its wide range of potential applications, AI promises to increase the effectiveness of administrative processes as well as the quality and attractiveness of teaching and learning programmes. The CIT aims to shape this area in an informed, responsible and confident manner through interdisciplinary collaboration. A first step is the university's own chatbot UniGPT, which is already in use. AI is both a problem and a solution for IT security, an area of work that is already under massive pressure due to the immense number of cyberattacks. In addition to efficient but also appropriate security measures, the credo from above also applies here: foresight and adaptability.

A different take: the CIT as an infographic

  • Successful Projects at State Level

    • Data storage and exchange with sciebo: The university cloud has established itself as an integral part of everyday university life. Currently, 220,000 students and employees use sciebo at a total of 39 universities and research institutions in NRW. As a non-commercial, open source-based cloud service, sciebo makes an important contribution to digital sovereignty in the higher education sector. Sciebo has been in use since 2015.
    • Research environments with JupyterHub.nrw: JupyterHub is a virtual working environment for interactive data analysis and visualisation. Users can use the corresponding software via their web browser, i.e. without local installation or large computing resources, and work with Jupyter notebooks. The project is currently in the pilot phase and will be made available to all interested universities in NRW in 2025.
    • Storage and computing resources with the Uni Cloud Münster: The Uni Cloud is an on-premise private cloud that enables researchers to store research data and operate services that work closely with this research data or make it available. JupyterHub.nrw is operated in the Uni Cloud.
    • Versioning with git.nrw: git.nrw is a central GitLab instance for universities in NRW. The GitLab software enables data and code to be versioned, managed and published.
    • High-performance computing (HPC) with HPC.nrw: HPC.nrw provides computing resources to support research projects with high computing capacity requirements. These can be, for example, simulation calculations, data analyses or other computationally intensive tasks.
    • Transparent research with CRIS.NRW: The CRIS.NRW (‘Current Research Information System NRW’) portal is intended to bundle information on current and past research projects, publications, patents and other academic achievements in one place. The portal is intended to create both internal and external transparency and harmonise the research reporting system in NRW.
    • Digital administrative processes with SAP.NRW: Administrative processes at German universities could be significantly more digitalised. To this end, the SAP.NRW project is developing a scalable and expandable enterprise resource planning (ERP) reference template for SAP's S/4HANA technology that will be available to all universities in NRW.