
Developed scalable stock data classification experiments for the HaiAu2501/EL4TF repository, focusing on VN30 equities. Built both multi-class and binary classification workflows using multilayer perceptron models, leveraging Python, PyTorch, and Scikit-learn within Jupyter Notebook environments. Designed per-stock training pipelines with individual checkpoints to ensure reproducibility and facilitate deployment-ready experimentation. Integrated data preprocessing steps, including StandardScaler, and implemented aggregated evaluation using balanced accuracy across multiple stock files. The notebook-driven approach enabled rapid iteration and clear experiment tracking, supporting business needs for per-stock model evaluation and scalable workflows in time series analysis and machine learning applications.
August 2025 monthly summary for HaiAu2501/EL4TF: Delivered scalable VN30 stock data classification experiments with per-stock training and notebook-based workflows. Implemented an MLP-based multi-class classification model and established a binary-class workflow with data loading, StandardScaler preprocessing, and aggregated evaluation using balanced accuracy across available stock files. Created per-stock checkpoints and experiment scaffolding to support reproducible, deployment-ready experimentation. This work demonstrates strong technical capabilities in Python-based ML pipelines, data preprocessing, model evaluation, and notebook-driven experimentation, while delivering business value through per-stock signals and scalable workflows.
August 2025 monthly summary for HaiAu2501/EL4TF: Delivered scalable VN30 stock data classification experiments with per-stock training and notebook-based workflows. Implemented an MLP-based multi-class classification model and established a binary-class workflow with data loading, StandardScaler preprocessing, and aggregated evaluation using balanced accuracy across available stock files. Created per-stock checkpoints and experiment scaffolding to support reproducible, deployment-ready experimentation. This work demonstrates strong technical capabilities in Python-based ML pipelines, data preprocessing, model evaluation, and notebook-driven experimentation, while delivering business value through per-stock signals and scalable workflows.

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