Beijing, China
š¦š» I enjoy helping people brainstorm solutions and ideas, which makes me into a person who is curious and someone that loves problem-solving. Moreover, being a person that values efficiency, Robotcs Engineering and Operation Research has not only taught me how to optimise processes and operations, but also build my knowledge in systems thinking. All of these have trained me to internalise and decipher problems to deliver holistic solutions with clear-cut goals. š» Strong interest in solving complex problems by utilizing data analysis methods based on diverse knowledge and skills in engineering. Specialization in robotics and industrial systems engineering in operation research. 3 research experience and 8 course projects related to robotics engineering. 3-month internship experience to project management office at wind energy industry and one business start-up experience. šāāļø Outside of work, I am a sports lover and an avid traveler who is motivated by new ideas, passionate about helping people and working on enduring solutions that drive impact. I love connecting with new people, give me a shout here on LinkedIn!
Amplify Health, a healthtech joint venture between AIA Group and Discovery Group, has acquired Singapore-based AI solutions provider AiDA Technologies. Advisor: Dr. Lu Li (Lead of AI Architect) and Prof. Nan Chen ā¢ Explored machine learning algorithms to do semantic mapping between different diagnosis codes and different procedure codes with accuracy over 99%, which is used in a smart claim system. ā¢ Increased the performance of system by around 100% through optimizing the datatype in database. ā¢ Maintained UAT database daily on Azure.
Explored foundational knowledge of Server, Quality Assurance and Site Reliability engineering skills and insights from tech experts in TikTok
Formulated an instruction manual as a guideline through analyzing relative policies in China for selecting locations of wind field near airports step by step, of which the subscribers were over 1000.
SUSTech-MIT joint center Supervisor: Prof. Chaoyang Song and Prof. Harry Asada ā¢ Developed various designs and optimization of a pneumatic-driven robotic cane to conceptualize a robotic system, which is belonging to supernumerary robotics limbs for the elderly user with impaired brain and motor functions on sit-to-stand assistance as a core member of the team. ā¢ Designed and implemented the experiment using the cane system to improve the system and demonstrate feasibility of the system for the scenario by analyzing the feedback data. ā¢ The project is reported in the workshop of IROS(IEEE Robotics and Automation Society). ā¢ The project is published on RoboSoft (https://doi:10.1109/RoboSoft48309.2020.9116028). ā¢ The project is patented: A System of Standing Assistance (2020010468648.7)
Vice-Director of Team ā¢ Proposed a feasible business model and reach the final, by using a variety of sensors to detect whether elderly people fall at home and timely alarm. ā¢ Coordinated group members to work efficiently in different parts including technical consultation, presentation, data visualization, etc.