Skip to content
Fangzhou Lin
Download PDF

Fangzhou Lin林方舟

Undergraduate Student in Electrical Engineering and Automation · Wuhan University

Research Interests

  • Power system time-series forecasting
  • Multimodal energy data modeling
  • AI methods

Education

  • Wuhan University

    2023 – 2027 (expected)

    Electrical Engineering and Automation, Undergraduate

Selected Projects

  • A research framework for power-load forecasting that addresses the underuse of external information through strict spatiotemporal alignment, cross-modal fusion, and interpretability evaluation over multi-source text and load data. In February 2026, I submitted the first-author manuscript to Applied Energy, where it is currently under peer review.

    Stack:Python · PyTorch · Cross-Attention

  • A LaST-BO charging-load forecasting study for complex real-world EV-charging scenarios. The work combined decoupled representation learning with Bayesian optimization, led to an acceptance from Zhejiang Electric Power in 2025, and produced a registered software copyright.

    Stack:JavaScript · Python · Bayesian Optimization

  • A DC-GIS gas-solid insulation-system simulation project focused on parameter analysis, structural optimization, COMSOL modeling, and software development.

    Stack:COMSOL Multiphysics · MATLAB · Software Development

Awards & Honors

  • 2024 – 2025

    Grand Prize, China Society for Electrical Engineering Cup Mathematical Modeling Competition

    Competition

  • 2024 – 2025

    Undergraduate Innovation and Entrepreneurship Training Program (Provincial Completion)

    Research Program

  • 2023 – 2024

    Special Scholarship for Undergraduate Third-Semester Overseas Study (University of Cambridge)

    Scholarship

  • 2023 – 2024

    Special Scholarship, Chenguang Cable Co., Ltd.

    Scholarship

  • 2024 – 2025

    Third-Class Scholarship, Wuhan University

    Scholarship

Skills

Programming Languages
Python · MATLAB · JavaScript
Deep Learning Frameworks
PyTorch · TensorFlow
Tools
Git · COMSOL Multiphysics · ArcGIS · LaTeX · Origin
This page is printer-friendly. Use Print / Save as PDF on the right for a clean PDF export.