Research at Reutlingen University | Reutlingen University

Our research in numbers

8,67 Mio €

Third-party research funds

270

Publications

106

Research projects

95+

Research active professors

143

Research staff

80+

PhD students

Our research topics

Machine tools, manufacturing systems and control technology

Value creation and logistics systems

More information

Machine Tools, Manufacturing Systems and Control Engineering Research Group

Since 2010, the Machine Tools, Manufacturing Systems and Control Technology research group has focused on topics in the area of construction, optimisation and design of machines as well as entire manufacturing plants. It also deals with the processes running on these systems for the production of ready-to-install workpieces as well as the investigation of the static, dynamic, thermal, geometric and kinematic behaviour of components and entire machines.

Contact

Cooperation opportunity

Research structures

Teaching and research centres

With the innovative concept of the teaching and research centres, we address topics of the future. A Master's degree programme in the respective research area ensures close integration with teaching.

Research centres

Particularly strong research professors who acquire and publish a lot of third-party funding conduct research on the topics of our time in our three interdisciplinary research centres.

Research groups

Professors from different disciplines pool their expertise in our seven inter-faculty research groups.

Contact Person at the RRI

News

19.12.2024

Textile Kreislaufwirtschaft stärken: Forschungsprojekt "UEBER-AUS" gestartet

Reststoffe als Ressource: Innovative Ansätze für regionale Textilkreisläufe werden an der TEXOVERSUM Fakultät Textil erforscht

Weichenstellung für eine nachhaltige Zukunft

Erfolgreicher Umwelttag an der Hochschule Reutlingen

Hochschule zeichnet herausragende Leistungen in Forschung und Lehre aus

Changing portraits of our researchers

Prof. Dr. Sascha Schweitzer

Sascha Schweitzer is a Professor of Business Administration and Data Science at ESB Business School. His research produces surprising insights.

What is his current focus? We did some more research.

The objective of data science is to derive valuable insights from large amounts of data. This necessitates the utilisation of algorithms, mathematical models and industry-specific expertise. "The methods we employ are typically similar, but the questions we address originate from a multitude of domains, including law, chatGPT, social media, and psychology," states Sascha Schweitzer. "This is what makes my research so diverse and interesting!"

For approximately two years, the data scientist has been researching the feasibility of utilising chatbots for legal consultation. The initial study yielded promising results, with the AI answering over 50% of the questions correctly in a basic legal examination. The success rate has since improved, reaching between 70 and 90% in various subject areas. In certain instances, the AI has demonstrated capabilities that are on par with those of a human lawyer. Furthermore, data science provides insights into social science issues. For instance, Schweitzer demonstrated that researchers gain from discussing their findings on social media, even if their work is solely evaluated based on the frequency of citations in scientific journals.

Whatever the topic, data scientists like Sascha Schweitzer look for patterns to depict our complex reality.

Interesting articles from
our research magazine

The current Research Magazine "Artificial Intelligence" (PDF)

AI has a clear cutting-edge

Artificial intelligence is revolutionising the factory floor. But this does not mean that it will replace the factory workers, claim Professors Günter Bitsch and Paul Helmut Nebeling. In their projects on tool wear and tear and quality assurance in injection moulding, they show how AI can be put to good use – and benefit the workers.

full Article (GErman)

What is music?

Professor Benjamin Himpel wants to use maths to find out why music sounds good. His aim is to model the entire process from sound production to the perception of a sound and to explore what happens in our brain during this process. This is interesting for streaming services, for example, when selecting suitable music suggestions.

full article (German)

A Journey into the Nano World

'Goldy' is a miniature robot with integrated electronics, measuring only a few micrometres. It is capable of monitoring our metabolic processes, with the potential to transform personalised medicine. Funded by the Carl Zeiss Foundation, Professor Marc Brecht is collaborating with researchers at the University of Tübingen to develop an innovative three-dimensional printing process to create 'Goldy' in practice.

full article (German)

Relevant information

PhD

Open Access (OA)

International research strength

Ensuring good scientific practice

Focal points HRK Research Map

Gender Equality Plan

Research data management

Promovieren in Reutlingen

In autumn 2022, the universities of applied sciences (HAW) in Baden-Württemberg have been granted the right to award doctorates within the framework of a doctoral association. All state HAWs and the three church-run universities in Baden-Württemberg belong to the association. A doctoral centre was also set up for professors who are particularly strong in research to ensure quality assurance and exchange across research boundaries. All members of the doctoral centre can complete doctorates, the doctoral degree is awarded by the association, and the participation of a university is no longer mandatory.

A total of 223 founding members have qualified for the doctoral centre, 20 of whom are professors at Reutlingen University. This means that the university is strongly represented and can cover a broad thematic spectrum. From social sciences, behavioural sciences and economics to computer science, electrical engineering and engineering sciences to life sciences, biotechnology and medical technology - in all these subject areas, doctorates can be supervised at Reutlingen University in the future. Other professors can be accepted as members of the association if they meet the criteria regarding research strength.

More information

Open Access

Open Access improves the supply of information to science, facilitates the transfer of research results to industry and enables easy access to knowledge and information. Freely accessible OA publications are open to innovative evaluation procedures. The digital re-use of scientific findings enables new research approaches and innovations.

Reutlingen University strongly supports the expansion of Open Access with suitable infrastructures, procedures and contact persons. It advocates that research results be made accessible worldwide without restrictions for the benefit of science and society.

more information

European University Association

The university has been a member of the European University Association (EUA) since January 2018. Membership in the Association of European Research Universities brings new opportunities for influence, especially in European education policy, and improves cooperation opportunities across Germany and Europe. As a result, the traditionally pronounced internationalisation in teaching is strengthened by new international research activities. Reutlingen University's research strength was decisive for its acceptance into the EUA.

Research map

In terms of subject matter, the activities in RRI can be assigned to three interdisciplinary research foci. The research foci reflect the breadth of research at RRI, and they offer a reflection of the competencies at the university, which are fed by the various faculties - from the technical faculties to computer science and economics.

Profile-forming research subject:
Robustness and long-term behaviour of power semiconductors and integrated systems including electronic design automation as well as energy technology and economics.

Primary research activities take place in the field of engineering sciences, as well as in the two research centres Electronics & Drives and the Reutlingen Energy Centre for Decentralised Energy Systems and Energy Efficiency.

Profile-forming research subject:
Systems and processes as well as economic aspects and business models in production and logistics including handling and transport systems and additive manufacturing.

Primary research activities take place in the area of economics, as well as in the Value Creation and Logistics Systems Research Centre.

Profile-forming research focus:
Research and development of new materials, products and processes for plastics chemistry, textiles, machinery, also processes of production as well as their analysis and optimisation including necessary IT and communication technologies.

Primary research activities take place in the areas of Applied Chemistry, Informatics and Textile&Design, as well as in the research centres Process Analysis & Technology, Herman Hollerith Centre for Services Computing and Centre for Interactive Materials.

These focal points are also listed in the research map of the German Rectors' Conference and are thus independently evaluated as such.

Research data management

Research data management is the process that encompasses the collection, storage, organization, security, sharing, and utilization of data within the context of scientific investigations. Effective management of research data is crucial to ensure their integrity, traceability, and reusability.

Reutlingen University adheres to the FAIR principles ("Findable, Accessible, Interoperable, and Reusable"): data should be easily findable, provide clear access options, be interoperable to facilitate easy integration with other data, and finally, be documented and structured in a way that allows other researchers to reuse them. Applying these principles promotes openness, transparency, and collaboration within the scientific community and facilitates the replicability of research results.

The topic of research data management is given corresponding importance at Reutlingen University and is centrally supported and further developed as a cross-sectional task by the library / Learning Centre, the Computer & Media Centre (RMZ), and the Reutlingen Research Institute.

Moreover, Reutlingen University is a partner in the joint project FORTH-BW: Development and Implementation of Demand-Oriented Research Data Management at Universities of Applied Sciences in Baden-Württemberg, along with Hochschule für Wirtschaft und Umwelt Nürtingen-Geislingen (HfWU), Hochschule der Medien Stuttgart (HdM), Hochschule Konstanz - Technik, Wirtschaft und Gestaltung (HTWG), Hochschule für Technik Stuttgart (HFT), and Hochschule für öffentliche Verwaltung Kehl. For any questions regarding research data management, we are available at the following email address: fdm@Reutlingen-University.de