Welcome to my site!
I am Chenyu Yan. I am a graduate student of Xi’an Jiaotong University. My primary research interest lies in the computational algorithm and calculation, machine learning, optimization, and data science. In my graduate study, I have over twenty journal/chapter/conference papers published and participated in the projects funded by Ministry of Science and Technology of the China, the National Natural Science Foundation of China, and China Electric Power Research Institute.
Data Scientist, Fall,2019 - Winter,2021
State Grid Corporation of China, PRC
Master's of Engineering in Electrical Engineering, Fall, 2016 - Summer, 2019
Xi'an Jiaotong University, China
Bachelor's of Engineering in Electrical Engineering, Fall, 2012 - Summer, 2016
Northwestern Polytechnical University, China
This project is funded by the National Key R&D Program of China and focuses on the electron transport and energy transfer modeling to untether the electrical breakdown and flashover mechanism of dielectrics.
This project is funded by the Electric Power Research Institute of China and focuses on the deterioration process of cable and bush under high-order harmonics and high temperature.
This project investigated the coupling impact of space charge accumulation, transient arc microparticle bombardment, metal particle deposition on the flashover property of fracture insulating system in the process of dc arc switching, and revealed its influence regularity and failure mechanism. The study figured out the methods to suppress the space charge accumulation and metal particle deposition in the fracture insulating system and proposed approaches to resist electrical breakdown damage and aging based on nanocomposite modification tech.
This projects is funded by the SGCC and it focuses on the power grid load forecast based on machine learning and deep learning, offering assistance for the decision making.
High energy density issue is essential for both electrical transportation and the power transmission. This project primarily focuses on the energy density promotion of the power capacitor to better adapt to the need of high voltage direct transmission.
This projects is funded by College Students’ Innovative Entrepreneurial Training Plan Program. It focuses on the design of the communication sensor of the battery system and electrode material.
Matlab, Simulink, Origin, R
Python, C, C++, Java, HTML
Pytorch, Tensorflow, Scikit-Learn, Pandas, NumPy, Matplotlib
Latex, Microsoft Office, Omnigraffle, CoreDraw, Final Cut Pro
Git, VS Code, XCode, Jupyter Notebook
Debate, Presentation, Public speaking