Our re­search

Welcome to the research platform of the Institute of Electrical Engineering and Information Technology at Paderborn University! Here we present our current research focuses, innovative projects and interdisciplinary collaborations. From optoelectronics and intelligent technical systems to sustainable energy technology, functional materials and future-oriented didactics - our institute is actively involved in shaping technological progress. Our scientists work closely with partners from industry and research to develop solutions for the challenges of tomorrow.

News from research

25.06.2025

Two new faces - two per­spect­ives: In­aug­ur­al lec­tures by Prof. Dr.-Ing. Nils C. Ger­hardt and Jun.-Prof. Dr. Si­mone Jablon­ski

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25.03.2025

Po­ten­tial of ex­tra­cur­ricular learn­ing centres for STEM edu­ca­tion

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20.03.2025

Pader­born MINT net­work re­ceives fund­ing award

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25.02.2025

New meth­od achieves top marks for the auto­mat­ic tran­scrip­tion of con­ver­sa­tions

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04.06.2024

Hol­ist­ic en­ergy trans­ition in in­dustry: Pader­born part­ners present concept at "Woche der Um­welt" in Ber­lin

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More news

Fu­ture en­ergy spe­cial

How do we secure the energy supply of tomorrow? The Science Year 2025 is looking for answers to increasing demand, scarce resources and climate change. In a themed special, Paderborn University shows how research is contributing to a sustainable future.

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Op­to­elec­tron­ics and photon­ics

The research focus "Optoelectronics and Photonics" focuses on the development and optimisation of optical systems for the fields of communication, sensor technology and quantum information technology. The focus here is on semiconductor photonics, optical signal processing and non-linear optics. A key role is played by the participation in the Institute for Photonic Quantum Systems (PhoQS), which is dedicated to the research and application of quantum optical technologies

In­tel­li­gent tech­nic­al sys­tems

The research focus "Intelligent Technical Systems" encompasses the development of innovative, adaptive and networked technologies for industrial and everyday applications. One focus is on machine learning methods, embedded systems, automation technology and cyber-physical systems. The overarching goal is the more efficient, safer and more autonomous design of machines and processes using intelligent algorithms.

Sus­tain­able en­ergy tech­no­logy and elec­tro­mobil­ity

The development of efficient and environmentally friendly energy technologies and systems is central to the research focus "Sustainable Energy Technology and Electromobility". The focus is on renewable energies, intelligent energy systems, power electronics and innovative concepts for electromobility. The research aims to develop and optimise sustainable solutions for energy generation, storage and use. New approaches for a climate-friendly energy supply and sustainable mobility concepts are created through interdisciplinary collaboration with partners from science and industry.

Func­tion­al ma­ter­i­als for elec­tron­ics, acous­tics and op­tics

The research focus "Functional materials for electronics, acoustics and optics" covers the use and quantitative characterisation of innovative materials and structures for electronic, acoustic and optical applications, focusing on semiconductor materials, ferroelectric and piezoelectric materials as well as photonic and acoustic metamaterials. The aim of the research is to increase the performance and efficiency of modern components and systems and to accelerate model-based design processes.

 

In­nov­at­ive di­dactics

In the "Innovative Didactics" research focus area, the Institute of Electrical Engineering at Paderborn University is concerned with the development and research of innovative teaching and learning concepts for school and university education, with a focus on the use of digital teaching methods, the creation of interactive learning environments and practical teaching approaches, with the aim of optimally preparing students for the challenges of science and industry. Special attention is paid to the integration of modern technologies and the promotion of action- and problem-oriented methods, whereby the findings from these fields are also incorporated into the design of teaching at the institute and are reflected, for example, in the provision of innovative teaching and learning materials.

Selected projects

SAIL - Nachhaltiger Lebenszyklus von intelligenten soziotechnischen Systemen

Duration: 2022 - 2026

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FOR 5208: Modellbasierte Bestimmung nichtlinearer Eigenschaften von Piezokeramiken für Leistungsschallanwendungen (NEPTUN)

Duration: 2022 - 2026

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SPP 2314: Integrierte Terahertz-Systeme mit neuartiger Funktionalität (INTEREST)

Duration: 2022 - 2026

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As­so­ci­ated in­sti­tu­tions