class AerospaceMedicineResearcher:
"""
Investigating human performance at the edge of physiological limits.
Combining rigorous scientific methodology with emerging technologies.
"""
def __init__(self):
self.name = "Diego L. Malpica"
self.role = "Aerospace Medicine Researcher"
self.affiliation = "@AsterPhysiology contributor"
self.location = "Bogotá, Colombia 🇨🇴"
self.research_domains = {
"acceleration_physiology": "G-LOC prevention through modeling",
"altitude_medicine": "Hypobaric hypoxia, Normobaric hypoxia",
"cardiovascular_monitoring": "HRV analysis, HRF, workload biomarkers",
"chronobiology": "Circadian modeling, fatigue modeling & management",
"human_machine_interface": "Adaptive automation, cognitive load"
}
self.methodology = [
"Evidence-based protocol design",
"Real-time physiological telemetry",
"Statistical modeling & validation",
"Open-source tool development"
]
def current_focus(self) -> str:
return "Building next-gen pilot performance assessment systems"🔒 Note: Several repositories contain proprietary research and original methodologies developed for specialized applications. These remain private to protect intellectual property while advancing the field.
💡 I am deeply committed to open-source development for the benefit of aerospace medicine and human factors research. Public repositories represent tools and frameworks designed to accelerate scientific progress across the specialty.
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|
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Languages & Frameworks
Data Science & Analysis
Physiological Computing
Hardware & Embedded
AI & Automation
| Repository | Description | Tech |
|---|---|---|
| OpenMATB | Multi-Attribute Task Battery for cognitive workload assessment |  |
| HumanPerformanceCalcs | Physiological outcome prediction models | |
| Repository | Description | Tech |
|---|---|---|
| hexoskin-wav-analyzer | Hexoskin/Astroskin physiological waveform analysis | |
| ROBD2_GUI | Reduced Oxygen Breathing Device interface | |
| Repository | Description | Tech |
|---|---|---|
| meteor | METEOR-M satellite pass scheduling & decoding | |
| tello_diagnosis | UAS diagnostics for robotics education | |
📚 Complete Research Portfolio (Click to expand)
| Project | Domain | Description | Stack |
|---|---|---|---|
| OpenMATB | 🎮 | Multi-Attribute Task Battery for cognitive workload assessment | |
| hexoskin-wav-analyzer | 💓 | Hexoskin/Astroskin physiological waveform analysis | |
| HumanPerformanceCalcs | 📊 | Physiological outcome prediction models | |
| CAMI-Gz-Effects-Model | 🛩️ | G-force effects modeling for acceleration physiology | |
| BudgetNormobaricHypox | 🫁 | Hypoxia training gas consumption optimization | |
| circadian | 🌙 | Circadian rhythm simulation and analysis |  |
| HCRSimPY | 🌙 | Human circadian rhythm mathematical modeling | |
| meteor | 🛰️ | METEOR-M satellite pass scheduling & decoding | |
| tello_diagnosis | 🚁 | UAS diagnostics for robotics education | |
| CES2022 | 🛸 | SpaceAnalogue environmental sensor suite |  |
| ROBD2_GUI | 🔧 | Reduced Oxygen Breathing Device interface | |
| FTWR | 🤖 | AI assistant for Aerospace Sciences queries | |
"Science advances by sharing knowledge openly. My public repositories are contributions to the aerospace medicine community— tools built to solve real problems, shared freely to accelerate discovery."
