Consulting in Building your Psychophysiological Lab
Turning Research Visions into Operational Psychophysiological Labs
Psychophysiological research requires precise infrastructures – from sensor integration and data acquisition pipelines to synchronized multimodal setups. At IXP, we provide consulting services for companies, research institutions, and healthcare partners that want to establish their own laboratories.
Our expertise covers the full process: defining requirements, selecting hardware and software, designing lab environments, and training teams in scientific and operational best practices. The result is a lab setup that is not only scientifically robust but also tailored to your specific application fields – whether in health, automotive, human–machine interaction, or training scenarios.
Our Expertise
We provide scientific consulting for the design and implementation of psychophysiological laboratories. Our expertise covers the entire process – from selecting and integrating high-precision sensors (EEG, ECG, EDA, PPG, motion tracking) to establishing synchronized data pipelines and validated experimental protocols. By combining methodological rigor with practical implementation experience, we help you create research environments that deliver reliable, high-quality data and are tailored to your specific scientific objectives.
Successful Projects
Development of a screening and support portal as an extensive psycho-social diagnostic mode for refugees
Features extraction of auditory, visual, and physiological data for diagnosis system of affective disorders
A holistic view of interrelated frailties to reduce frailty risk by improving overall well-being
Desktop and virtual reality-supported module variants to bridge waiting times between therapy sessions and enrich ambulant therapy
Support of acute therapy and relapse prevention in the deep psychological treatment
Sudden sickness, distraction, and mind wondering detection by camera and audio based approaches for hand over situations in autonomous driving
Camera-Based Monitoring of Safety-Critical Driver Conditions
Evaluation of multiple fatigue intervention systems
Multimodal physiological measurements of mental workload for evaluating ADAS
Psychophysiological data collection (EEG, EDA, ECG)
A predictive modelling techniques and pattern recognition-based approach
Computer vision-based detection of attention
Developing of emphatic dialog systems: an EU-Japanese collaboration