14 years research and development experience in Robotics,  Artificial Intelligence, and Control Systems. 5 years research and development experience in Embedded Mechatronic System Design. 

Obtained 44 awards, including  "Early Career Award”, “Outsize Impact Team Award”, Extraordinary Impact”, Above & Beyond Gold Award”, etc. Drove and led 28 funded projects and have 49 Invention Disclosures on Robotics, Artificial Intelligence, Control Systems, and Machine Learning, 19 filed patents, and 34 publications.

I am responsible for shaping technical and business strategy of GE Robotics and work as a technology and team lead for GE Advanced Robotics Research. I

Managing teams and leading robotics research on Healthcare Service Robotics, Field Service Robotics, Unmanned Aerial Service Robotics, Collaborative Service Robotics, Robotics Platform, funded by US Veteran Affairs Department, GE Corporate, GE Venture, GE Digital, GE Transportation, GE Oil & Gas, GE Water, etc.

Team manager and technical lead for developing intelligent systems and creating innovative fundamental technologies on Artificial Intelligence and Robotics. Work as a reviewer for international journals and tens of international conferences. Serve as a board Member for GE Global Research Robotics Patent Evaluation Board.

General Electric Company:
I am now a Lead Research Scientist at Global Research Center, General Electric Company. I am a founding member, key technical lead, and driver for GE Guardian Robotics Program and GE “Edge Lab” (focusing on AI and Robotics) and working on Healthcare Autonomous Service Robotics, Field Autonomous Service Robotics, Unmanned Aerial Autonomous Service Robotics, Human-Robot Interaction, Robotics Platform, etc., funded by US Veteran Affair Department, GE Corporate, GE Venture, GE Digital, GE Transportation, GE Oil & Gas, GE Power & Water, etc. 

I am working as technical leader and team manager for developing intelligent robotic systems and creating innovative fundamental technologies on Artificial Intelligence, Robot Learning, Robotic Mobile Manipulation, and Cognitive Robotics. I am leading research on: Robotic Imitation Learning, Motion Planning, Behavior/Task Planning, Multi-Robots Coordination, Visual Servo Control,  Behavior Generation, Localization, Environmental Modeling, Human-Robot Natural Interaction (Speech and Gesture), Cognitive Architecture, etc. I have been leading business development with customers on joint-development, POCs, and commercializing research deliverables.

I am a board Member for GE Global Research Robotics Patent Evaluation Board and served as a technical and business consultant lead for GE business units, partners, and customers in service robotics domain. Our team technically drove and built a new GE Robotics Business unit - GE Avitas System (Field Service Robotics).

At GE, I obtained 37 awards, including Early Career Award”, “Outsize Impact Team Award”, “Extraordinary Impact” (Highest Distinction for Employee Performance in GE), “Above & Beyond Gold Award” (Highest Award for  Technical Performance in GE)Inventor Silver Medallion“Above & Beyond Silver Award” (4 times), “Above & Beyond Bronze Award” (8 times), “Patent Award” (19 times), etc.

Prior to GE:
Before coming to United States, I worked as an engineer at Graduate School at ShenzhenTsinghua University of China. At Tsinghua University, the best university of China in engineering research, I led a research team to create embedded stereo vision systems. 

I obtained PhD degree in Electrical Engineering from EECS Department of Vanderbilt University. I worked at Center for Intelligent Systems and my PhD research focused on Robot Learning, Artificial Intelligence, and Cognitive Robotics. I integrated robotic imitation learning and cognitive control within Human-Robot-Interaction (HRI) on a humanoid robot. This HRI-based system enables robots to process sensory information, learn behaviors from humans, make decisions and find solutions using AI methods and through cognitive processes, switch tasks and strategies according to current situations, and generate behaviors to assist humans or to perform tasks independently. In my PhD research, I proposed and created some innovative algorithms on Artificial Intelligence and Cognitive Robotics, including: Dimension Reduction and Modeling of Temporal-Spatial Data, Behavior Primitive Learning, Behavior Sequence Search and Generation, Human-Robot Natural Interaction (Speech and Hand Gesture), Decision Making, Affordance Learning, Cognitive Control, and Cognitive Architecture.

I obtained master degree from Nankai University and bachelor degree from Tianjin University. At Nankai University, I developed embedded mechatronic systems and control systems for surgical robots, mobile service robots and bio-medical micro-manipulation robots. I also worked as a student intern at NKTY High Tech Development Ltd. to develop an Embedded Communication Server for campus network. This product has been commercialized and sold to many institutions. At Tianjin University, the first university of China, I learned basic knowledge about control theory and control engineering and experienced creating control systems for electrical devices and control architectures for building automation.