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Jia Hao Cheong is a leading researcher in neural engineering and brain-machine interfaces (BMIs), with a focus on restoring mobility to individuals with severe motor impairments. His most-cited work, "Independent Mobility Achieved through a Wireless Brain-Machine Interface" (2016, 55 citations), demonstrates a groundbreaking approach to enabling independent movement for individuals with tetraplegia. In this study, Cheong and his team developed a wireless integrated system that allowed two macaques to control a robotic platform simply through neural signals, effectively granting them the ability to move autonomously. This achievement represents a major contribution to the field of assistive neurotechnology, bridging the gap between neural decoding and real-world mobility solutions. Cheong’s research has significant implications for the design of future BMI-driven devices, such as powered wheelchairs or exoskeletons, that could restore independence to paralyzed individuals. His work is widely cited for its innovative integration of wireless technology and real-time neural control, and it continues to inspire advances in closed-loop neuroprosthetics. Cheong’s contributions are pivotal in translating BMI research from laboratory settings to practical, life-changing applications.