Yu Jiang is a Principal Robotics Engineer and applied mathematician with 11 years of experience building control, planning, and perception systems for autonomous vehicles and active suspension platforms. He holds a PhD in Control Theory and is the primary author of the book Robust Adaptive Dynamic Programming, with over 30 academic publications bridging nonlinear control, optimization, and machine learning. Yu has led R&D and technical teams at ClearMotion and ISEE AI, designing SLAM, motion planning, and optimal control algorithms that progressed from MATLAB/Simulink prototypes to in-vehicle and hardware-in-the-loop validation. He combines deep theoretical insight with hands-on product engineering—tuning control systems on proving grounds and advising on patent litigation and IP strategy as a consultant. Based in Wellesley, MA, he now applies this blend of research and systems experience to robotics at Symbotic, where he focuses on turning advanced mathematics into reliable, deployable autonomy solutions.
11 years of coding experience
8 years of employment as a software developer
Ph.D, Electrical Engineering, Ph.D, Electrical Engineering at New York University
Bachelor of Science, Mathematics and Applied Mathematics, Bachelor of Science, Mathematics and Applied Mathematics at Sun Yat-sen University
Master of Science, Control Theory and Control Engineering, Master of Science, Control Theory and Control Engineering at South China University of Technology
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Yu Jiang - Principal Robotics Engineer at Symbotic