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About

Daniel Erkel is a visionary aerospace engineer whose work pushes the boundaries of autonomous space systems and lunar infrastructure. His primary research focuses on on-orbit robotic assembly and extraterrestrial construction, with a particular emphasis on enabling sustainable human presence beyond Earth. Erkel’s most notable contribution is his pioneering concept for the autonomous robotic assembly of small satellites using modular CubeSat components, eliminating the need for human-in-the-loop operations. This work, cited 3 times, proposes a scalable, cost-effective approach to building spacecraft in orbit—a critical capability for future large-scale space stations and deep-space missions. He is also the lead author behind the MELLTT (Multifunctional Expandable Lunar Lite & Tall Tower) concept, a 20-meter deployable tower designed for the lunar South Pole. With 2 citations, this innovative structure aims to provide power, communications, and access to permanently shadowed regions, directly supporting NASA’s Artemis objectives. Erkel’s research bridges the gap between theoretical possibility and practical engineering, offering tangible solutions for autonomous assembly and lunar exploration. His work represents a forward-thinking approach to reducing human risk and increasing mission efficiency, making him a rising figure in the field of in-space manufacturing and surface infrastructure.