Saki Komachi

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About

Saki Komachi is a rising aerospace engineer whose work is shaping the future of cislunar navigation and small satellite missions. Her primary research focuses on trajectory design for low-energy transfers, particularly ballistic lunar transfers for nano spacecraft, and the development of robust data relay architectures to support sustained lunar exploration. In her most-cited work, she tackled a critical bottleneck for the Artemis program: enabling reliable Earth communication from the lunar south pole. By designing an optimized ballistic lunar transfer for a nano spacecraft, she demonstrated a cost-effective path to establish a data relay system in regions where direct line-of-sight to Earth is impossible. Though early in her career—with her top paper garnering three citations—her contributions are strategically vital as international space agencies pivot toward permanent lunar outposts. Her work bridges the gap between theoretical astrodynamics and practical mission design, offering scalable solutions for the growing demand for lunar infrastructure. Komachi’s research is a clear signal of her potential to become a key figure in the next era of deep-space small satellite operations.