Katarina Eriksson
Papers
2
Total Citations
6
H-Index
2
About
Dr. Katarina Eriksson is a pioneering space architect whose work bridges the extreme demands of extraterrestrial environments with human-centered design. Her primary research areas include human-robotic cooperation for planetary exploration and the architectural integration of life-support systems in space habitats. Dr. Eriksson’s major contribution lies in her interdisciplinary approach to designing sustainable infrastructure for Mars and the Moon, most notably through her concept for a lunar greenhouse module (GHM) within the Melissa framework. This work reimagines closed-loop life support by considering not only engineering constraints but also the psychological and operational needs of future crews. Her 2011 paper on human-robotic cooperation for Mars exploration, with 4 citations, laid groundwork for collaborative autonomy in extreme settings. Her 2014 lunar greenhouse study, cited 2 times, is a landmark in space architecture, demonstrating how rapid concept design can address construction, utilization, and habitability on the Moon. Though her citation counts are modest, Dr. Eriksson’s visionary thinking has influenced early-stage habitat design for international space agencies, marking her as a key voice in the emerging field of space architecture.
Research Focus
Key Achievements
Top Papers
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