Living Labs

Health Lab

Health Lab is an interdisciplinary research laboratory focused on advanced technologies for healthcare and biomedical engineering. The lab combines expertise in biosignal processing, medical imaging, sensor development, and artificial intelligence, including machine learning and deep learning methods.

Our research spans the full technological pipeline — from the design of sensing systems and embedded electronics to data acquisition, signal processing, and AI-driven interpretation. We develop innovative solutions for non-invasive monitoring, clinical decision support, and intelligent diagnostic systems.

Health Lab emphasizes strong collaboration between engineering, medicine, and data science, with access to real clinical data and experimental validation. Our outcomes are designed for real-world deployment in healthcare, industry, and applied research, with a focus on reliability, scalability, and translational impact.

Industry
Services & Equipment

Health Lab provides access to a unique combination of laboratory technologies and real-world testing environments.

Our cooperation includes:

AI solutions for healthcare and industry

Development of machine learning and deep learning models for data analysis, prediction, and anomaly detection. Applications include medical diagnostics, patient monitoring, and industrial quality control using image and signal data.

Biosignal analysis and data processing

Processing and interpretation of physiological signals (ECG, VCG, EGG, and others), including noise suppression, feature extraction, and real-time evaluation. Suitable for medical applications, research studies, and product development.

Contactless monitoring and radar sensing

Development and testing of non-contact sensing solutions using radar and ambient technologies. Applications include vital sign monitoring, activity tracking, fall detection, and behavioral analysis without wearable devices.

Custom medical device development

Design and development of tailor-made sensing systems, wearable devices, and smart medical technologies. We cover electronics, embedded systems, signal acquisition, and integration into functional prototypes ready for testing or pilot deployment.

Motion analysis and human tracking

Markerless motion capture and analysis using advanced vision systems. Suitable for rehabilitation, biomechanics, ergonomics, and human–machine interaction studies.

Prototyping, testing, and validation

Rapid prototyping (including 3D printing), experimental validation, and performance testing of devices and algorithms in both laboratory and real-world conditions.

Smart environments and assisted living solutions

Design and testing of smart home and assisted living technologies for long-term monitoring. Includes integration of sensors, automation systems, and healthcare devices in realistic living environments.

Equipment & facilities

Medical and experimental systems

Laboratory magnetic resonance system (permanent magnet)
Custom-built sensing systems and bioamplifiers
Experimental setups for physiological monitoring and validation

Prototyping and development

3D printing for rapid prototyping
Embedded systems (microcontrollers, FPGA platforms)

Sensing and monitoring technologies

Radar systems (mmWave) for contactless monitoring
SensFloor (Future-Shape) for activity and movement detection
Captury markerless motion capture system
g.tec bioamplifiers for high-quality biosignal acquisition (EEG, ECG, EMG, EDA, etc.)
Systems for vectorcardiography (VCG) measurement and analysis
Optical and imaging systems (including hyperspectral imaging)

Smart apartment (real-world testing environment)

A fully equipped apartment designed for healthcare research and testing

Smart home technologies and automation
Remote monitoring and assisted living systems
Medication dispensing and adherence monitoring
Integration of renewable energy (solar systems) and smart energy management
Electric vehicle charging infrastructure
This environment enables realistic long-term testing and validation of healthcare technologies.

Projects

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