Physician · Aerospace medicine specialist · Research software developer
I investigate human performance in extreme environments and build tools that connect physiological signals, computational models and experimental research.
| Area | Questions and methods |
|---|---|
| Extreme environments | Hypoxia, acceleration physiology, fatigue and circadian rhythms. |
| Physiological computing | Cardiovascular signals, heart rate variability and workload assessment. |
| Research engineering | Sensor integration, experimental interfaces and interpretable models. |
| Project | Purpose |
|---|---|
| OpenMATB | Public fork of the Multi-Attribute Task Battery for multitasking and workload experiments. |
| Hexoskin WAV Analyzer | Physiological waveform and heart rate variability analysis for space-analog research. |
| ROBD2 Interface | Experimental diagnostic and data-logging interface for supervised hypoxia research. |
| Meteor | Satellite-pass prediction, capture scheduling and decoding workflows. |
Explore all public repositories →
Methods & tools
Code: Python · TypeScript · JavaScript · C++ · Shell
Analysis: NumPy · pandas · SciPy · MNE · NeuroKit2
Prototyping: ESP32 · Arduino · Raspberry Pi
I value reproducible workflows, transparent assumptions and validation before operational use.
Research and educational software is not a substitute for validated clinical or operational systems. Follow each project's documentation and limitations.