Nicholas Rypkema is a Senior Research Engineer with 11 years of deep experience in autonomous underwater vehicles, marine robotics, and multi-vehicle navigation, blending oceanographic and electrical engineering expertise from MIT/WHOI. He has led development of embedded AUV control systems, sensor integrations, and autonomy frameworks (MOOS-IvP) across operational trials and production research roles at DSTO and WHOI. Based in Boston, he brings a rare combination of hands-on maritime systems integration, OpenGL visualization tools, and algorithmic autonomy research that bridges field deployments and rigorous academic work. Currently splitting time between JPAnalytics and a casual research role at WHOI, he continues to push multi-vehicle navigation and autonomy toward operational readiness. Notably, his background spans both antenna propagation research and practical vehicle debugging, reflecting a comfort with theory through to sea trials.
11 years of coding experience
15 years of employment as a software developer
Doctor of Philosophy - PhD Electrical and Oceanographic Engineering, Doctor of Philosophy - PhD Electrical and Oceanographic Engineering at Woods Hole Oceanographic Institution
Doctor of Philosophy - PhD Electrical and Oceanographic Engineering, Doctor of Philosophy - PhD Electrical and Oceanographic Engineering at Massachusetts Institute of Technology
Bachelor of Engineering Electrical Engineering (Minor: Software Engineering), Bachelor of Engineering Electrical Engineering (Minor: Software Engineering) at The University of Queensland
:octocat: A Minimal Driver for Velodyne HDL-32E/64E VLP-16 Lidars
Contributions:26 commits, 22 pushes, 1 branch in 2 years 3 months
drivervelodynevelodyne-sensorlidarvelodyne-hdl
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