Melissa Franzen
Papers
6
Total Citations
17
H-Index
3
About
Melissa Franzen is a pioneering aerospace engineer whose work has laid critical groundwork for robotic sample return from small solar system bodies. Her research centers on the development and validation of sampling technologies for missions to asteroids and other airless bodies, with a particular focus on the Honeybee Robotics Touch-and-Go Sampler (TGIP) for the Hera mission. Franzen’s contributions span rigorous microgravity and laboratory tests, demonstrating how temperature extremes, radiation, and impact forces affect sample collection. Her series of three papers on the TGIP collector—examining temperature effects, radiation tolerance, and impact survivability—each garnered 2–3 citations, while her foundational 2002 Hera mission paper remains her most cited work with 5 citations. These studies directly addressed the high-risk, high-cost challenges identified by the National Research Council’s Decadal Survey, which prioritized sample return from sites like the South Pole-Aitken Basin and comets. Franzen’s systematic testing of sampling mechanisms under space-like conditions has proven essential for enabling future missions to retrieve pristine extraterrestrial materials, advancing our ability to answer profound questions about the solar system’s origin and evolution.
Research Focus
Key Achievements
Top Papers
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