Space Science &
Human Systems.
Exploring planetary science and human factors in extreme, closed-loop environments. We drive research to secure long-duration space missions and apply those findings to terrestrial healthcare.
Core Scientific Pillars
Our work spans the physical and biological challenges of exploration, from material science to human physiology in microgravity.
Planetary Science & Analog Research
Terrestrial analogues, orbital mechanics, and space resource utilization research.
Space Physiology & Human Factors
Studying physiological and psychological changes in extreme environments (Human Factors).
Closed-Loop Life Support Systems
Research into medical countermeasures and autonomous life support systems in closed-loop settings.
Centre Leadership & Research Faculty
Our interdisciplinary team unites planetary scientists, aerospace physicians, and systems experts dedicated to human survival and performance beyond Earth.
Dr. M. Jadhav
Director, Space Science
Planetary & Antarctic Research
Dr. S. Poradosu
Head of Unit, Space Health
Aerospace Medicine & Endocrinology
Dr. A. Hodgers
Strategic Advisor
Systemic Innovation & Technology Futures
Dr. C. Culligan
Lead Researcher
Quality Systems & RD&I Governance
N. Foster
VP, Operational Oversight
Remote Operations & Logistics
Nicholas Dillon
Industry Fellow
Low-Resource & Frontier Diagnostics
Doctor of Health Science (DHS)
This programme is the highest level of practitioner-scholar education, designed for leaders pioneering solutions in extreme, resource-constrained, or complex global operational environments. Research here is often aligned with human factors in space, disaster response, and remote medicine.
Planetary & Extreme Environment Research
Thesis focuses on medical countermeasures, autonomous life support systems, or operational human factors in closed-loop systems.
Global Health Systems & Resilience
Thesis focuses on applying high-reliability organization (HRO) principles from aerospace to fragile global health networks.
Advanced Diagnostics & Telemedicine
Research and development of AI-driven remote diagnostic tools for both space habitats and low-resource terrestrial settings.
Planetary Analogs & Field Research
Our Centre actively supports and participates in research expeditions to Earth-based planetary analogs, including the Dry Valleys of Antarctica, to test equipment and psychological readiness for long-duration missions.