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About

Scott Bateman is a leading researcher at the intersection of human-computer interaction (HCI) and emerging input modalities, with key contributions in WaterHCI and myoelectric control. His work on “Grand challenges in WaterHCI” (2024, 19 citations) has helped define a new subfield that explores how interactive technologies—such as augmented reality for snorkelers and virtual reality in floatation tanks—can enhance human engagement with aquatic environments. Bateman has also made significant advances in myoelectric control for hands-free interaction. His 2025 study on EMG-based wake gestures (5 citations) and his 2024 work on on-demand myoelectric control (2 citations) address a critical real-world problem: eliminating false activations during everyday activities. By introducing wake gestures that distinguish intentional commands from incidental muscle activity, Bateman’s research paves the way for more reliable, practical myoelectric interfaces for prosthetics and general human-machine interaction. His work is notable for bridging theoretical HCI challenges with tangible, user-centered solutions, earning recognition for its potential to transform assistive and wearable technologies.