Research

Research projects at the Institute of Electronics and Biomedical Information Technology

Side view photo of a canoeist on the water; the movements of the upper arms are marked with dots and lines

para cAInoe

Automated technical and competition analysis in para-canoeing using video data

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
Software solutions for video-based driving technique analysis (canoe kinematics) and for the evaluation of competition performance and tactics (Canoe Race) in Olympic canoe racing have already been successfully developed at HTWK as part of BISp-funded applied research projects. Within this project, the existing solutions are now being expanded so that their potential can also be fully utilised in paracanoe in future.

Funding: Federal Institute for Sports Science (BISp)
Project partners: German Disabled Sports Association (DBS), Institute for Applied Training Science (IAT) Leipzig, Olympic Training Centre NRW/Rhein-Ruhr (OSP NRW/Rhein-Ruhr)
Project duration: 08/2026 – 07/2027

para cAInoe project page

In the photo, the rowers are seen from the side; orange boxes have been drawn around them, and their movements are analyzed using lines drawn on the image

rowAIng kinematics

Video-based automated analysis of partial body movements in rowing

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
The central idea behind the project is to develop algorithms for the computer-aided assessment of rowing technique based on video data. This is intended to expand the technical analysis – which has hitherto relied on sensor data and visual assessment – to include a quantitative evaluation that captures the influence of partial body movements on the boat’s acceleration and speed.

Funding: Federal Institute for Sports Science (BISp)
Project partners: German Rowing Association (DRV), Institute for Research and Development of Sports Equipment (FES)
Project duration: 01/2026 – 12/2027

Project page: rowAIng kinematics

Panoramic photo taken from a kitesurfer's perspective on the water; other kitesurfers can be seen in the distance, and the camera captures the kites

video KIte

Development and evaluation of algorithms for determining kite characteristics in kitesurfing

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
The central idea behind the project is to develop algorithms for the computer-aided assessment of kite handling based on video data recorded by a 360° camera attached to the athlete’s helmet. This is intended to enable, for the first time, the continuous evaluation of entire kitesurfing training sessions.

Funding: Federal Institute for Sports Science (BISp)
Project partners: German Sailing Association (DSeV), Hamburg-Schleswig-Holstein Olympic Training Centre (OSP HH-SH)
Project duration: 01/2026 – 12/2026

Project page: video KIte

AI-generated graphic depicting 3D-printed concrete monitored during the printing process by systems / link leads to the project website

PROZEUS

Process monitoring for early crack detection, optimisation of post-treatment, process control and validation of technological and economic potential

♢ Project | Prof. Dr.-Ing. Gerold Bausch
This project validates an innovative process monitoring system for the real-time monitoring of 3D-printed concrete components. The aim is the early detection and prevention of cracking, particularly due to plastic shrinkage, as well as the optimisation of curing measures in order to reduce costs and extend service life.

Funding: R&D Consortium Project Funding 2021–2027 (European Regional Development Fund – ERDF)
Associated partners: Sika Deutschland GmbH
Project duration: June 2025 – November 2026

PROZEUS project page

PKat4Chem

Plasma-catalytic single-stage synthesis of C1–C4 hydrocarbons from CO₂ using enamel as an innovative electrode material in combination with a selective catalyst

♢ Project | Prof. Dr.-Ing. Gerold Bausch
The PKat4Chem project utilises non-thermal plasma catalysis (NTPK) to convert CO₂ and CH₄ at ambient temperature using dielectric barrier discharge (DBD plasma).

Funding: 7th Energy Research Programme; Area 3.15 Technologies for the CO₂ Circular Economy (BMWK)
Cooperation/project partners: University of Leipzig, Ruhr University Bochum, Technical University and Mining Academy Freiberg, Fraunhofer Society for the Promotion of Applied Research (registered association), EDL Anlagenbau Gesellschaft mbH, ARCANUM Energy Systems GmbH & Co. KG, Lausitz Energie Bergbau AG, Multi Industrieanlagen GmbH, enaDyne GmbH,
Project duration: 01/2025 – 12/2027

PKat4Chem project page

CAPTAIN

Efficient identification and development of plasma-active catalysts

♢ Project | Prof. Dr.-Ing. Gerold Bausch
The CAPTAIN collaborative project brings together the expertise of leading research institutions and companies in Saxony to establish a novel technology platform for the accelerated development of plasma-active catalysts.

Funding: R&D Consortium Project Funding 2021–2027 (European Regional Development Fund – ERDF)
Cooperation/project partners: University of Leipzig, Ruhr University Bochum, Edi!Sol GmbH, enaDyne GmbH
Project duration: 01/2025 – 06/2027

CAPTAIN project page

Brain impedance measurement

Intraoperative impedance spectroscopy measurement of the complex conductivity of brain tissue

♢ Project | Prof. Dr.-Ing. Matthias Laukner
Research is being conducted into measurement systems and analysis methods that enable both the conductivity and the permittivity of brain tissue to be measured intraoperatively with a high degree of accuracy.

Collaborating partners: Max Planck Institute for Cognitive and Neural Sciences, Leipzig; Institute for Bioprocess and Analytical Measurement Technology e.V., Heiligenstadt; University of Leipzig; Technical University of Ilmenau; Sciospec Scientific Instruments GmbH
Publication: “A four-point measurement probe for brain tissue conductivity and permittivity characterisation”

ZUBAT

A forward-looking, wake-up-based, opportunistic IoT platform for the early detection of forest fires

♢ Project | Prof. Dr.-Ing. Marco Krondorf
Through the collaboration between Professor Krondorf’s and Professor Derbel’s research groups, the ZUBAT project aims to improve the efficiency and response time of early forest fire detection using an advanced, wireless sensor network.

Funding: BMBF/VDI
Project duration: 01/2025 – 12/2028

ZUBAT project page

EffElek+

Efficiency-optimised enamelled electrode material for the selective synthesis of green C1–C4 hydrocarbons – e-fuels, green chemicals, energy carriers

♢ Project | Prof. Dr.-Ing. Gerold Bausch
The main objective of this collaborative project is to develop an innovative material – so-called ‘functional ceramics’ – for use as active electrodes in plasma catalysis.

Funding: KMU-innovativ: Materials Research (ProMat_KMU) (BMBF)
Collaboration/project partners: Technical University and Mining Academy Freiberg, enaDyne GmbH
Project duration: 10/2024 – 03/2027

EffElek+ project page

Lung microbiome model

A 3D-printed modular microbiome-host model of the lung for investigating the pharmacokinetics of pulmonary medicines

♢ Project | Prof. Dr.-Ing. Gerold Bausch
The aim of this project is to design and develop a bespoke cultivation chamber that meets the specific requirements of the microbiome model.

Funding: InfraProNet Research 2021–2027 (Just Transition Fund – JTF)
Collaboration/project partners: University of Leipzig
Project duration: 07/2024 – 06/2026

Project page: Lung microbiome model

Above: Photo of a canoeist taken from the side; below: graphic/animation showing kinematic parameters (distances and angles) evaluated using a model tailored to youth competitive sports; clicking the link takes you to the project website

cAInoe talents

Software for the automatic assessment of paddling technique as part of standardised national squad trials in canoe racing

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
This project builds on the software already developed for automated, video-based technical analysis in elite sport, which was created as part of the KInematikKanu application project funded by the BISp. As part of this project, this solution will be adapted for use in the nationwide state squad selection tests.

Funding: Federal Institute for Sports Science (BISp)
Project partners: German Canoe Federation (Deutscher Kanu-Verband e.V.), Institute for Applied Training Sciences, Leipzig
Project duration: 04/2024 – 12/2024

Project page: cAInoe talents

TimberWallDesAIgn

Resource-efficient timber construction using single-material wall elements that can be manufactured automatically, based on a fully digital design and manufacturing methodology

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
This research project focuses on innovative, resource-efficient timber construction in the form of single-material wall elements that can be manufactured using automated processes.

Funding: Federal Ministry for Economic Affairs and Climate Action (BMWK)
Project partners: Hüls Ingenieure GmbH, RAIMUND BECK GmbH, NT GmbH, Brüninghoff GmbH, SFK Planungsgesellschaft, Holzbau Kompetenz Sachsen
Project duration: 03/2024 – 07/2026

Project page: TimberWallDesAIgn

AKUT

Structural monitoring: acousto-elastic stress measurement

♢ Project | Prof. Dr.-Ing. Gerold Bausch
This project is developing a pioneering online monitoring system for the continuous and cost-effective measurement of mechanical stresses and changes therein within structures.

Funding: BFuE funding for non-profit external industrial research organisations – Innovation Competence; INNO-KOM module: Market-oriented research and development (BMWK)
Associated cooperation partners: Autobahn GmbH des Bundes
Project duration: 01/2023 – 06/2025

AKUT project page

Photo of canoeists on the water, with measurement lines superimposed; clicking the link takes you to the project website

canoe rAIce

Video-based automated ad hoc competition analysis in canoe racing

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
The new analytical techniques developed as part of this project are intended to be used in future international competitions and to help improve the chances of German athletes achieving top placings in the disciplines of kayaking and canoeing, in both single and team boats.

Project page: canoe rAIce

RoadIT 1.0

Development of a sensor-based, AI-supported traffic detector for the real-time analysis of road surface stress

♢ Project | Prof. Dr.-Ing. Gerold Bausch
A measurement system based on acceleration and temperature sensors, integrated into the road pavement, will be used to determine current and historical stress data. The vibrations generated by vehicles passing over the road are to be translated into vehicle information using artificial intelligence techniques.

Funding: Federal Ministry of Digital and Transport (BMDV)
Cooperation partners: Dresden University of Technology, Infratest Digital Solutions GmbH, N4 Leipzig GmbH, Arlt Bauunternehmen GmbH
Project duration: 01/2023 – 12/2025

RoadIT1.0 project page

FUBE

Lightweight wireless sensors for space-based animal monitoring

♢ Project | Prof. Dr.-Ing. Marco Krondorf
Through collaboration between Professor Krondorf’s and Professor Derbel’s research groups, the aim is to develop an energy-efficient, satellite-based localisation system which, using lightweight sensors, will enable, amongst other things, the observation of animals.

Funding: BMBF/VDI
Project duration: 09/2022 – 08/2026

FUBE project page

DigiTransSachs

Digital transformation processes in Saxony’s economy

♢ Project | Prof. Dr.-Ing. Gerold Bausch
DigiTransSachs, the research group at HTWK Leipzig, focuses on digital transformation processes:

Prof. Gerold Bausch and Jens Helbing are focusing on the field of the Industrial Internet of Things. In collaboration with companies, this research project investigates the interactions between interfaces and the communication between machines.

If your organisation is interested in collaborating with us, please do not hesitate to contact us.

AI-generated image featuring colorful waves to represent networks; link leads to the project website

RWTec Match

Development and implementation of an application-oriented, modular radio wave matching network

♢ Project | Prof. Dr.-Ing. René Sallier
The aim of this project was to advance process engineering developments by providing optimised and cost-effective RW hardware – specifically the Matchbox – for various high-impedance applications.

Funding: Collaborative project between industry and research institutions (NKF) under the ‘Central Innovation Programme for SMEs’ (ZIM) of the Federal Ministry for Economic Affairs and Energy (BMWi)
Project partners: Roland Pechan GmbH & Co. KG; Innovative Oberflächentechnologien GmbH Leipzig – IOT; Forschungs- und Transferzentrum Leipzig e.V. – FTZ; IBBS HTWK Leipzig; Helmholtz Centre for Environmental Research GmbH – UFZ
Project duration: 01/2021 – 06/2023

A canoeist on the water, with a graph showing measurement data next to them; clicking the link takes you to the project website

KInematikKanu

Using artificial intelligence to improve training and analysis methods in elite sport

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
The aim is to make the best possible use of athletes’ individual potential to achieve optimal technique. To this end, video recordings are made in open water from a motorboat travelling alongside the athlete at a 90° angle, followed by a technical analysis of defined kinematic parameters (distances, angles).

Project page: KInematikKanu

Image showing canoeists and measurement data / Link to the project website

Live feedback

Optimising high-performance training in elite sport through visual feedback

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
The aim is to make the best possible use of athletes’ individual potential to achieve optimal technique. This is achieved most effectively, particularly in high-performance training, through technique training with immediate feedback. In this process, athletes receive visual feedback synchronised with their movements.

Funding: Federal Institute for Sports Science (BISp)
Project partners: German Canoe Federation e.V., Institute for Applied Training Sciences, Leipzig, Brandenburg
Olympic Training Centre Project duration: 01/2022 – 12/2022

Project page: Live Feedback

Close-up of the ICARUS animal tracking transmitter, held in the hand, about the size of a finger

ICARUS AI

Space-based animal tracking supported by AI and machine learning

♢ Project | Prof. Dr.-Ing. Marco Krondorf
Funding: DLR
Project partners: Max Planck Society, Prof. Wikelski
Project duration: 2022–2023

Display of a real-time ECG measurement for swimmers; clicking the link takes you to the project website

Real-time ECG monitoring in swimmers

♢ Project | Prof. Dr.-Ing. Matthias Laukner
Research is being conducted into systems and methods that enable an electrocardiogram and a noise-correlated reference signal to be transmitted to an analysis computer whilst swimming, in order to determine the swimmer’s heart rate and heart rate variability in real time with a high degree of accuracy.

Collaborating partners: CORTEX Biophysik GmbH, Prof. Dr.-Ing. Marco Krondorf

Earth at Night / Clicking the link takes you to the project website

LEO Digital Payload

Digital payloads on LEO satellites for receiving MF-TDMA uplink signals

♢ Project | Prof. Dr.-Ing. Marco Krondorf
Project duration: 2020–2023

Biometric signal processing is illustrated with a woman jogging and a heart rate monitor; clicking the link takes you to the project website

Heart rate sensor

Optical pulse sensor with a wireless interface and adaptive suppression of motion artefacts

♢ Project | Prof. Dr.-Ing. Matthias Laukner
Research is being carried out into how an optical heart rate sensor must be designed to suppress severe motion artefacts as effectively as possible. In addition to sensor design, research into new methods of digital signal processing plays a particularly important role. The aim is to determine the beat-to-beat heart rate of athletes engaged in vigorous exercise with a high degree of accuracy and to display it in real time on an analysis computer.

Collaboration partner: CORTEX Biophysik GmbH

A blackbird sitting on a hand with a mini radio transmitter / Clicking the link takes you to the project website

ICARUS

Birdwatching from the International Space Station (ISS)

♢ Project | Prof. Dr.-Ing. Marco Krondorf
Funding: Max Planck Society
Project partner: MPG Prof. M. Wikelski
Project duration: 2013–2021

Ultrasonic flow measurement

Ultrasonic flow measurement of very low flow rates using the digital time-of-flight difference method

♢ Project | Prof. Dr.-Ing. Matthias Laukner
The precise, non-invasive measurement of minute flow rates through flexible tubing presents a major challenge in ultrasonic measurement technology. Research is being conducted into methods that enable the high-precision determination of time-of-flight differences in the picosecond range based on digital analytical signals.

Collaboration partners: SONOTEC GmbH, Hegewald Medizinprodukte GmbH

Publication: “Ultrasonic Time Delay Difference Estimation With Analytic Signals and a Model System”

Project poster (PDF, not accessible)

Optimization of bakery work processes, photos of a bakery, and highlighted color areas / link leads to the project website

Handwerk-Prozess

Development of AI-based algorithms for the automation of work process analyses in the skilled trades using video data

♢ Project | Prof. Dr.-Ing. Mirco Fuchs
The collaborative project ‘WIR! InnoHandwerk – Analysis and Optimisation of Craft Manufacturing Processes in the Bakery Trade’ designs, implements and tests a service concept for economically promising process optimisation in the craft sector, based on technology available on the market.

Funding: Federal Ministry of Education and Research | WIR!
Project partners: CONOSCOPE GmbH, University of Leipzig, SEPT Competence Centre
Project duration: 01/2021 – 06/2022

Handwerk-Prozess project page

HF2D

Compact system design for chemical-free timber preservation on flat surfaces

♢ Project | Prof. Dr.-Ing. René Sallier
The project focused on the design, numerically based simulation, construction and testing of a modular system for the dielectric heating of two-dimensional structures using radio waves.

Funding: Cooperation project between industry and research institutions (NKF) as part of the ‘Central Innovation Programme for SMEs’ (ZIM) run by the Federal Ministry for Economic Affairs and Energy (BMWi)
Project partners: Otto Richter GmbH; Bautenschutz und Hygienedienstleistungen GmbH (BHD); Innovative Oberflächentechnologien GmbH (IOT); IBBS HTWK Leipzig; Helmholtz Centre for Environmental Research GmbH – UFZ
Project duration: 10/2016 – 07/2019