Papers
4
Total Citations
79
H-Index
4
About
Thomas Franz’s research bridges two distinct frontiers: advanced proteomics and autonomous spacecraft navigation. In proteomics, he revolutionized sample preparation for mass spectrometry by developing a silicone/graphite coating for MALDI-MS targets that enables on-target desalting and dramatically improves peptide mapping performance—a technique that has garnered 35 citations and remains foundational in two-dimensional gel electrophoresis workflows. He further streamlined protein analysis with the OASIS® HLB μElution plate, creating a one-step platform for manual high-throughput in-gel digestion and desalting that eliminates the need for costly robotic systems (15 citations). In aerospace engineering, Franz leads the ATON (Autonomous Terrain-based Optical Navigation) system, whose recent flight tests demonstrate robust, real-time terrain-relative navigation for exploration missions (20 citations). His model-based software engineering approach for ATON (9 citations) exemplifies how rigorous design methodologies can ensure reliability in space-critical systems. Franz’s dual-impact career—from enabling faster protein identification in biological labs to guiding spacecraft through unknown planetary terrains—showcases a rare ability to solve complex problems across disciplines, making his work equally valuable to molecular biologists and aerospace engineers.
Research Focus
Key Achievements
Top Papers
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