
Worked on the Open-Finance-Lab/FinLLM-Leaderboard repository to develop and refine sentiment analysis workflows for financial markets using Python and Jupyter Notebooks. Built notebook-based testing and tutorials for the o3-mini model, integrating the OpenAI API for reproducible sentiment analysis experiments with robust error handling and evaluation metrics such as macro-F1 and accuracy. Enhanced user experience by streamlining Colab onboarding and cleaning up notebook UI and documentation. Expanded the sentiment analysis question set with multiple difficulty levels and improved data organization for better maintainability. Focused on AI model evaluation, data analysis, and document management to support reliable, scalable experimentation and onboarding.
November 2025 monthly summary for Open-Finance-Lab/FinLLM-Leaderboard focused on advancing sentiment-analysis evaluation capabilities for financial markets and tightening data organization. Key outcomes include expansion of the Financial Markets Sentiment Analysis Question Set with multiple difficulty levels and AI model accuracy metrics, along with reorganization and renaming of Poly market sentiment question files for improved maintainability. No major defects reported this period. The work strengthens evaluation coverage, accelerates onboarding of new datasets, and enhances traceability of feature work.
November 2025 monthly summary for Open-Finance-Lab/FinLLM-Leaderboard focused on advancing sentiment-analysis evaluation capabilities for financial markets and tightening data organization. Key outcomes include expansion of the Financial Markets Sentiment Analysis Question Set with multiple difficulty levels and AI model accuracy metrics, along with reorganization and renaming of Poly market sentiment question files for improved maintainability. No major defects reported this period. The work strengthens evaluation coverage, accelerates onboarding of new datasets, and enhances traceability of feature work.
Month: 2025-10 — Focused on improving user experience and maintainability of the FinLLM-Leaderboard notebook workflow. Delivered targeted UI cleanup and Colab onboarding simplifications for the FPB_TestByChatGPT_o3_mini.ipynb, accompanied by a code/doc cleanup to reduce noise and maintenance overhead. The changes streamline Colab usage and reduce setup friction for new users, contributing to faster onboarding and lower support cost. All work centralized in a cohesive feature in Open-Finance-Lab/FinLLM-Leaderboard.
Month: 2025-10 — Focused on improving user experience and maintainability of the FinLLM-Leaderboard notebook workflow. Delivered targeted UI cleanup and Colab onboarding simplifications for the FPB_TestByChatGPT_o3_mini.ipynb, accompanied by a code/doc cleanup to reduce noise and maintenance overhead. The changes streamline Colab usage and reduce setup friction for new users, contributing to faster onboarding and lower support cost. All work centralized in a cohesive feature in Open-Finance-Lab/FinLLM-Leaderboard.
September 2025 monthly summary for Open-Finance-Lab/FinLLM-Leaderboard: Delivered notebook-based sentiment analysis testing and tutorials for the o3-mini model using the OpenAI API. The work includes a test notebook with authentication, inference, evaluation, and retry/checkpointing, plus a tutorial notebook covering dependency setup, a sentiment-analysis inference loop, error handling, and performance metrics (macro-F1 and accuracy). Additionally, a legacy notebook was removed to maintain repository cleanliness. Overall, these efforts enable reproducible experimentation, faster onboarding, and more reliable sentiment analysis workflows. Technologies used include Python, Jupyter notebooks, and the OpenAI API, with emphasis on evaluation metrics and robust error handling.
September 2025 monthly summary for Open-Finance-Lab/FinLLM-Leaderboard: Delivered notebook-based sentiment analysis testing and tutorials for the o3-mini model using the OpenAI API. The work includes a test notebook with authentication, inference, evaluation, and retry/checkpointing, plus a tutorial notebook covering dependency setup, a sentiment-analysis inference loop, error handling, and performance metrics (macro-F1 and accuracy). Additionally, a legacy notebook was removed to maintain repository cleanliness. Overall, these efforts enable reproducible experimentation, faster onboarding, and more reliable sentiment analysis workflows. Technologies used include Python, Jupyter notebooks, and the OpenAI API, with emphasis on evaluation metrics and robust error handling.

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