Research

Interdisciplinary research in future fields

The Faculty of Electrical Engineering and Information Technology at Ruhr-Universität Bochum stands out for its dynamic research engagement and innovative teaching approaches. Our professors lead research teams in various key areas such as AI-Integrated Sustainable Systems, Photonics and Plasmatechnologies, Microelectronics and Sensors. Additionally, we cover a wide range of topics including energy technology and medical technology in a comprehensive manner.

International cutting-edge research is conducted both interdisciplinary with industrial partners and in faculty- and university-wide collaborative projects, as well as in individual projects. State-of-the-art laboratories and the short distances of a campus university enable the consolidation of various research competencies.

AI-integrated sustainable systems
Photonics and plasma technologies
Microelectronics and sensors

To our research funding

Professorships at the faculty

Professorships at the faculty

Here you find an overview of the current professorships at the Faculty of Electrical Engineering and Information Technology at Ruhr-Universität Bochum:

Overview

Start-ups

Start-ups

The Faculty of Electrical Engineering and Information Technology at Ruhr University Bochum not only acts as a major player in research, but also as a central incubator for innovative start-ups. Our researchers endeavour to develop pioneering ideas and technologies that can be directly translated into practical solutions.

Overview

Highlights

Forlab

The "Forschungslabore Mikroelektronik Deutschland (ForLab)" open up new fields of research for the microelectronics of the future and strengthen Germany as a microelectronics location.

terahertz.NRW

terahertz.NRW brings together experts in terahertz research – from North Rhine-Westphalia and around the world. The network aims to develop new mobile applications for communication, localization, material characterization, medical technology, and environmental monitoring.

6GEM

The value of future 6G systems for socially and industrially highly relevant use cases is intended to be demonstrated. To this end, seven test fields will be integrated and equipped with 6G systems.

SFB 196 – MARIE

In MARIE, the focus is on precisely and dynamically characterizing and locating moving materials in our daily environment.

6GEMcubator

The "6GEMcubator" will establish a novel entity for North Rhine-Westphalia (NRW) and beyond, addressing the urgent need for strategic technology transfer from research into innovative entrepreneurship and into society.

SFB 1316

This Collaborative Research Center investigates how the non-equilibrium nature of a plasma transfers upon contact with liquids and solids.

Recent Research News

Das Bild zeigt Dr. Celia Millon (links), Gründerin und Geschäftsführerin von RayVen, und Prof. Dr. Clara Saraceno (rechts), Leiterin des Lehrstuhls Photonic and Ultrafast Laser Science an unserer Fakultät.

EU funding for an innovative laser process in semiconductor manufacturing

11/06/2026 Article PULS

The Chair of Photonics and Ultrafast Laser Science and the startup RayVen are jointly developing an innovative ultrafast pulse laser with European partners. The technology aims to enhance the production of three-dimensional semiconductor chips.

German

ETIT-Fakultäten der RUB und TU Dortmund intensivieren ihre Zusammenarbeit

10/09/2026 Article

Am 5. Oktober 2026 kamen Forschende und Lehrende der Fakultät für Elektrotechnik und Informationstechnik der Ruhr-Universität Bochum und der Fakultät für Elektrotechnik und Informationstechnik der TU Dortmund zu einem gemeinsamen Netzwerktreffen zusammen.

German

Staatssekretär Matthias Hauer MdB besucht SWiPLab

06/16/2026 Article ESYS

Matthias Hauer informierte sich über aktuelle Forschungsprojekte und diskutierte mit Prof. Dr.-Ing. Sourkounis, Lehrstuhlleiter für Energiesystemtechnik und Leistungsmechatronik über die Hightech Agenda des Bundes.

When Laser Light Dances by the Rules

05/28/2026 Article NLE

Nature organizes itself: For example, individual cells create an organism. Researchers are translating the principles of self-organization to technical applications – read more in the RUB article.