RESEARCH
AREAS
We develop advanced sensors and measurement technologies to support sustainable environmental management, enhance resource efficiency in industrial processes, improve animal welfare, and advance drug discovery and healthcare solutions.
BIOMEDICAL TECHNOLOGIES
ENVIRONMENTAL MONITORING
DIGITAL SOCIETY & INDUSTRY 5.0
ANIMAL WELFARE
BIOMEDICAL TECHNOLOGIES
Advancing Drug Development, Cancer Therapy, and Personalized Rehabilitation
At our institute, we are driving breakthroughs in biomedical research by developing innovative sensor technologies, nanomedicine solutions, and smart health applications.
We are pioneering a fluorescence-based method for the sensitive analysis of protein conformational changes, supported by a novel biochip with optimized nanolever structures using DNA origami technology. This approach enables more stable and precise measurements for drug discovery. To facilitate high-throughput screening, we are also developing automated data analysis software and user-friendly kits.
In cancer therapy, we are designing a hybrid DNA-based nano-transport system that enhances drug delivery to tumor cells and improves treatment efficacy through controlled release and thermolysis. By overcoming tumor tissue barriers, this technology aims to optimize therapy with higher specificity and improved patient tolerance.
For personalized rehabilitation, we are developing a multi-sensor sleeve for individualized physiotherapy in knee osteoarthritis treatment. This biofeedback-based system enables home training by monitoring movement and vital parameters such as joint angle and surface temperature. Real-time comparisons via mobile devices enhance therapy success, while an intelligent interpretation system ensures accurate data analysis.
Through these innovations, we are shaping the future of healthcare, making diagnostics, treatment, and rehabilitation more precise and accessible.
ENVIRONMENTAL MONITORING
Innovative Sensor Technologies for a Sustainable Future
Our institute is committed to developing cutting-edge sensor technologies that enable precise environmental monitoring and promote sustainability.
We are designing a mobile on-site sensor system capable of detecting multiple heavy metal ions in water. By using electrochemical analysis and factorial experimental designs, we aim to provide fast and reliable detection of environmentally relevant contaminants, ensuring improved water quality assessment.
To enhance soil monitoring, we are developing a multi-sensor array that measures key soil parameters such as nitrate, chloride, and potassium levels. Utilizing a potentiometric „electronic tongue“, this system enables real-time soil quality analysis to support sustainable agriculture.
In the field of digital sustainability, we explore how innovative sensor technologies contribute to eco-friendly agricultural value chains. By integrating smart farming solutions and fostering digital competencies, we aim to enhance the attractiveness of agriculture and drive forward sustainable practices.
Through these research initiatives, we are shaping the future of environmental monitoring and sustainable resource management.
DIGITAL SOCIETY & INDUSTRY 5.0
Advancing Surface Engineering, Bioprocessing, and Energy-Efficient Communication
At our institute, we are developing innovative solutions to enhance material processing, optimize biotechnological applications, and drive sustainable digitalization.
To improve surface treatment processes, we are optimizing plasma nitriding through a data-driven control system. By developing specialized sensors to monitor the plasma-activated gas composition, we enable more controlled and efficient metal surface enhancement.
In the field of biotechnology, we are creating a modular 3D-printed bioreactor platform with integrated multi-parameter sensors. This technology facilitates the tailored control of complex bioprocesses, and by providing open-source assembly instructions, we ensure broad accessibility.
To support the development of energy-autonomous ICT, we are working on ultra-low-power wireless chips and sensor platforms. By harnessing energy from ambient sources, these systems reduce power consumption and enable self-sustaining digital infrastructure.
Through these research efforts, we are driving advancements in materials science, biotechnology, and sustainable digital solutions.
ANIMAL WELFARE
Advancing Sustainable and Intelligent Livestock and Aquaculture Management
At our institute, we are dedicated to pioneering sensor-based solutions that enhance animal welfare in agriculture and aquaculture.
We explore cutting-edge sensor technologies to support sustainable livestock management, veterinary diagnostics, and future-oriented stable design. One key focus is the development of sensors that monitor hoof moisture in livestock, helping to prevent hoof rot.
To enhance stable environments, we are developing an air and water purification system that integrates plasma technology and water wall systems. This approach reduces harmful gases, pathogens, and fine dust while dynamically regulating air quality. As a result, respiratory diseases and heat stress in livestock are mitigated, leading to reduced antibiotic usage and healthier conditions for animals and caretakers.
In fish farming, we are implementing camera-based monitoring of movement patterns, growth, and stress indicators. By leveraging machine learning, we develop early warning systems that optimize fish health and improve the economic viability of aquaculture.
Through these interdisciplinary research initiatives, we are shaping the future of sustainable and welfare-focused animal farming.