Charles A. Andersen
Papers
1
Total Citations
19
H-Index
1
About
Charles A. Andersen is a leading figure in space resource utilization and in-situ construction technologies, with a focus on developing infrastructure for lunar and planetary surfaces. His research centers on additive construction with mobile emplacement (ACME), particularly the use of planetary basalt for building launch and landing pads on the Moon. As a key contributor to the Planetary Basalt Field Project, a collaboration between PISCES and NASA Kennedy Space Center, Andersen has pioneered methods for converting local regolith into durable construction materials, reducing the need for Earth-based supplies. His most cited work (19 citations) details the project’s progress and strategic partnership with NASA, highlighting his role in advancing autonomous construction systems for extraterrestrial environments. Andersen’s achievements include being invited by NASA Headquarters to spearhead the ACME initiative, a testament to his influence in space exploration engineering. His work not only addresses immediate challenges of lunar habitation but also lays the groundwork for sustainable off-world colonies, making him a pivotal researcher for students and professionals interested in the intersection of civil engineering, robotics, and space science.
Research Focus
Key Achievements
Top Papers
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