Max Robotics — Global Service Robot Directory + US Certification

About

Gedaliah Knizhnik’s research lies at the intersection of field robotics, structural inspection, and bio-inspired underwater locomotion. He is best known for developing the BRIDGE bot, a compact 158-gram magnetic-wheeled robot that can traverse steel bridges to perform diagnostic inspections—a contribution that has garnered 15 citations and opened new possibilities for non-destructive testing in civil infrastructure. His most impactful work, however, centers on the Modboat, an underactuated oscillating swimming robot driven by a single motor and passive flippers. Through a series of papers (totaling over 20 citations), Knizhnik pioneered motion primitives and closed-loop control strategies that enable propulsion, steering, and thrust direction control in this minimalist platform. He later extended this work to address modular self-assembly, designing docking mechanisms and flow-based rendezvous algorithms that allow Modboat modules to autonomously connect in gyre-like marine environments. His 2023 paper on flow-based docking represents a significant step toward scalable, energy-aware robotic swarms for ocean monitoring. Knizhnik’s contributions are notable for their elegance: achieving complex behaviors—swimming, steering, docking—with extreme mechanical simplicity, making his work both practically deployable and pedagogically valuable for students of underactuated robotics.