Summary
Nguyen Cuong is Head of Robotics Control at VinRobotics with 8 years of experience building full-stack control systems for humanoid robots, specializing in locomotion, whole-body control, manipulation, balance, state estimation, and real-time planning. He blends academic rigor—Master’s and Engineer’s degrees in Control Engineering and Automation from Hanoi University of Science and Technology—with hands-on leadership across industry and research, including roles at VinAI, Goldbell, and the Vietnam Academy of Science and Technology. Known for creating robust, compliant motion in real environments, he has published work on adaptive control using RBF neural networks and fuzzy logic and led the IVASTBot humanoid project. He also teaches as a visiting lecturer and contributes to university research, signaling a commitment to knowledge transfer and talent development. Comfortable with ROS/ROS2 and embedded system integration, he pairs deep control theory with practical implementation skills to move prototypes into reliable field-capable systems. A detail that sets him apart is his track record of combining adaptive AI-based control methods with classical control to improve real-world robot resilience.
8 years of coding experience
7 years of employment as a software developer
Master's degree Control Engineering and Automation, Master's degree Control Engineering and Automation at Hanoi University of Science and Technology
Chu Van An National High School
English, Vietnamese