Paul Ohodnicki

Paul Ohodnicki is an Associate Professor in the Department of Physics & Astronomy at the University of Pittsburgh's Dietrich School. His research focuses on advanced materials, fiber optic sensing technologies, and energy systems. He holds a secondary appointment and actively contributes to interdisciplinary projects in electromagnetics, quantum sensing, and structural health monitoring.

Education details are not explicitly provided in the text but his work indicates expertise in physics, engineering, and materials science. Key research areas include: fiber optics for industrial monitoring, novel magnetic alloy development, and application of machine learning to sensor systems. His work frequently intersects with energy infrastructure, nuclear safety, and smart grid technologies.

Recent publications emphasize advancements in distributed fiber optic sensors for pipeline monitoring, microwave processing of alloys, and AI-enhanced material property prediction. He has developed low-cost sensing solutions for grid-edge visibility and corrosion detection in extreme environments. Awards or grants are not explicitly listed but his active publication record suggests sustained research funding.

Labs/Teams: While not explicitly named, his work implies involvement in Pitt's Advanced Magnetics for Power and Energy Development Lab, and collaborations with industry partners like Magnetics Inc. His research portfolio includes experimental setups involving laser-heated pedestal growth techniques, Goubau wave propagation studies, and binder jet 3D printing of magnetic cores.