Zhoujin Mo
Papers
2
Total Citations
18
H-Index
2
About
Zhoujin Mo is pioneering the intersection of robotics, 3D printing, and sustainable construction, with a bold vision that spans Earth’s most extreme environments and the surface of Mars. Their research centers on prefabricated, robotically deployed building systems, using multidimensional algorithmic models to optimize material efficiency and reduce carbon emissions. Mo’s most cited work, “Potential of indoor room 3D ratio in reducing carbon emissions by prefabricated decoration in chain hotel buildings via multidimensional algorithm models for robot in-situ 3D printing” (2025, 15 citations), demonstrates how intelligent geometric design can slash the carbon footprint of modular hotel construction. Building on this, Mo’s forward-looking study, “Robotic prefab 3D printing buildings in extreme environments toward Martian habitats” (2026, 3 citations), synthesizes data from 100 extreme-climate hotel sites, 631 embodied carbon comparisons, 56 construction robotics firms, and 517 Martian habitat studies to chart a path for autonomous building in the harshest conditions imaginable. By merging artificial intelligence with robotic fabrication, Mo is not only redefining sustainable architecture on Earth but also laying the groundwork for humanity’s off-world future.
Research Focus
Key Achievements
Top Papers
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