What I Can Do

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Have a strong foundation in physics, mathematics and computer science

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Can create a beautiful web page

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Strong learning ability to quickly acquire knowledge or technology

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Strong leadership and considerate, knows how to work with others

What I Want To Do

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Find a position that enables you to use technology to help others

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Learn new knowledge in the process of work

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Work with warm and friendly people

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In addition to work, do not forget to play and enjoy my life

My Resume

EDUCATION

University of Southern California

Bachelor of Science in Computer Engineering and Computer Science

  • Honors: Inclusion in Dean's List, Engineering Honor Program; Achieved seventh place in the third 'Jittor AI Challenge' organized by Beijing National Research Center and the Joint Laboratory of Tsinghua University and Tencent
  • Relevant Coursework: C++, Python, Data Structure and Object Oriented Design, Intro to Electrical Engineering, Discrete Math, Linear Algebra, Stanford CS231n (Deep Learning for Computer Vision) and CS229 (Machine Learning)
  • Cohort in CAIS++ organization, the student branch of the USC Center for Artificial Intelligence in Society

TECHNICAL SKILLS

  • Programming: C++, Python, MATLAB, etc.
  • Web Development: HTML, CSS
  • ML & DL Framework: Pytorch, MeshLab
  • Other software: FDTD Optical Simulation Software, Microsoft Office Suite

WORK EXPERIENCE

June 2023-Present

Researcher in Computer Graphics, Computer Science and Technology Department

TSINGHUA UNIVERSITY, Beijing, China

  • Investigated Large-Scale Unsupervised Semantic Segmentation Tasks using Python and Pytorch; Enhanced Mean Intersection over Union from 29 to 37 by replacing the ResNet backbone with SAM; Pioneered a novel task workflow
  • Accomplished camera projection problem for rotational and translational adjustments
  • Reproduced deep learning projects using Python and Pytorch, including image classification of cats and dogs, MNIST image denoising task using diffusion model, recognition of the MNIST handwritten dataset
  • Continue research on implementing fragment assembly task using diffusion model - Ongoing
August 2023-Present

Course Producer for C++ Course, USC Viterbi School of Engineering

UNIVERSITY OF SOUTHERN CALIFORNIA, Los Angeles, USA

  • Implemented automatic Jupyter Notebook launch functionality within the Vocareum platform for 100 students use; Self- taught the workings of Vocareum and integrated an automated grading system with Jupyter Notebook
  • Accomplished the visualization work for the robotic arm project using Python
  • Selected homework questions each week and addressed students C++-related questions during lab session and office hours
January 2021-December 2022

Test Engineer

BEIJING BOWEI DETECTION SERVICE CO., LTD, Beijing, China

  • Familiarized with pre-test instrument preparation; Proficient in testing standards and procedures, including RS, CE, etc.
  • Learned statistical knowledge for testing in the test laboratory, such as: how to preserve decimals and analyze uncertainties
  • Mastered three main methods to reduce electromagnetic radiation, including adding magnetic rings, grounding, etc.

LEADERSHIP AND INVOLVEMENT

August 2023-Present

Cohort Member, USC Center for AI in Society's Student Branch (CAIS++), Los Angeles, USA

  • Engage in weekly interactive learning sessions; Learn basics in machine learning models and neural network architectures, continuously enhancing proficiency in the field of artificial intelligence
  • Develop Python and PyTorch coding notebooks for data preprocessing and the development of machine learning models
January 2021-December 2022

Group Leader and Researcher, NANYANG TECHNOLOGICAL UNIVERSITY, Singapore

  • Read 10 papers on the development of lens design; Studied the design of nanophotonic artificial lens based on the neural network inverse design
  • Mastered the application of FDTD optical simulation software to analyze the effects of different materials on phase difference and transmittance; Applied neural network to design artificial lens and passed the simulation experiment
  • Completed a 22-page paper; Published in the 26th issue of the national scientific academic journal Science & Life in 2021