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About

Ping Yeap Loh is a researcher advancing the field of wearable robotics and human motor control, with a focus on how the body adapts to external assistive forces. His work explores the delicate interplay between mechanical assistance and natural muscle contraction, aiming to design exoskeletons that feel intuitive and responsive. Loh’s most-cited paper, “Motor performance patterns between unilateral mechanical assistance and bilateral muscle contraction” (2020, 7 citations), investigates how users coordinate movement when one limb is robotically aided. His 2024 study on control parameters for wearable robotics (5 citations) examines how the aggressiveness of trajectory prediction and adherence to a reference path affect muscle activity during dynamic lifting tasks—a critical step toward practical, real-world exoskeletons. Through simulation work on adaptive timing for force release (2018, 3 citations) and studies on human adaptation to assistive forces (2023, 3 citations), Loh systematically uncovers how users learn to integrate robotic support. His research directly addresses the challenge of making portable, powerful exoskeletons that enhance human strength without disrupting natural movement, promising safer, more effective assistive technologies for daily life.