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Andrew D. Nordin is a leading researcher in mobile brain imaging, whose work has fundamentally advanced our ability to record clean neural signals from humans in motion. His research focuses on the intersection of human locomotion, electrocortical dynamics, and motion artifact cancellation in electroencephalography (EEG). Nordin’s major contributions include pioneering a dual-layer EEG electrode system that effectively cancels motion artifacts, enabling researchers to study brain activity during naturalistic movements like walking and running over obstacles. His most-cited paper, “Human electrocortical dynamics while stepping over obstacles” (2019, 117 citations), demonstrates how his methods reveal the brain’s real-time control of visually guided locomotion. His foundational work on motion artifact validation, using a robotic motion platform and electrical head phantom, has provided the field with rigorous benchmarks for signal quality. With over 380 citations across his top papers, Nordin’s innovations have opened new frontiers in mobile neuroimaging, making it possible to investigate human brain dynamics outside the confines of traditional lab settings. His achievements are essential reading for any student or researcher seeking to understand or conduct experiments in naturalistic, real-world neuroscience.