Max Robotics — Global Service Robot Directory + US Certification

About

Nicholas Ohi is a roboticist whose work bridges the gap between agricultural automation and planetary exploration. His primary research focuses on precision robotic pollination, autonomous navigation in challenging terrains, and bio-inspired foraging systems. Ohi’s most impactful contribution is the design of an autonomous precision pollination robot (85 citations), a system that not only compensates for the decline of natural pollinators but promises greater efficiency and uniformity in crop production—critical for feeding a growing global population. He also developed the “Flower Interaction Subsystem” (35 citations), enabling robots to perform delicate pollination tasks in environments unsuitable for bees, such as greenhouses and space habitats. In planetary robotics, Ohi advanced rover localization with a slip-based zero-velocity update algorithm using Gaussian processes (49 citations), significantly improving dead-reckoning reliability on extraterrestrial terrains. His work on the Cataglyphis rover (16 citations) earned him a first-place victory in the NASA Sample Return Robot Centennial Challenge, where his robot was the only one to autonomously retrieve multiple sample types in a large outdoor environment. With over 200 combined citations, Ohi’s research demonstrates a rare synthesis of agricultural and space robotics, tackling fundamental challenges in autonomy, precision, and environmental adaptation.