
Anshu contributed to the kietmcaproject/AI_AI101B_2024-25 repository by developing an end-to-end house price prediction model and an AI text classifier, both implemented in Python. Leveraging libraries such as pandas, scikit-learn, and XGBoost, Anshu built a reusable workflow for data preprocessing, model training, and evaluation on the California housing dataset, reporting metrics like R-squared and Mean Absolute Error. Additionally, Anshu created a text classification script using GPT-2 perplexity to distinguish AI-generated from human-written content. The work included comprehensive documentation and asset management, supporting onboarding, stakeholder communication, and repeatable experimentation, with clear version control and no reported bugs.

2025-05 Monthly Summary: Delivered key assets and automation for the AI_AI101B_2024-25 project, enhancing information resources and enabling automated text classification. No major bugs reported this month. The work improves knowledge accessibility, accelerates content verification, and supports onboarding and stakeholder decision-making.
2025-05 Monthly Summary: Delivered key assets and automation for the AI_AI101B_2024-25 project, enhancing information resources and enabling automated text classification. No major bugs reported this month. The work improves knowledge accessibility, accelerates content verification, and supports onboarding and stakeholder decision-making.
April 2025: Delivered an end-to-end House Price Prediction Model Script using pandas, numpy, seaborn, scikit-learn, and XGBoost. The script loads the California housing dataset, preprocesses features, splits data, trains an XGBoost regressor, and reports evaluation metrics (R-squared and Mean Absolute Error). Added AI project documentation: presentation file and a Mean Squared Error PDF to the AI TECH directory (no code changes). No critical bugs reported this month. Business impact includes a repeatable pricing-model prototype, faster data-driven decision-making, and clearer stakeholder communication through ready-to-share docs. Technologies demonstrated include Python data science stack, model training/evaluation, and documentation practices with strong version-control traceability.
April 2025: Delivered an end-to-end House Price Prediction Model Script using pandas, numpy, seaborn, scikit-learn, and XGBoost. The script loads the California housing dataset, preprocesses features, splits data, trains an XGBoost regressor, and reports evaluation metrics (R-squared and Mean Absolute Error). Added AI project documentation: presentation file and a Mean Squared Error PDF to the AI TECH directory (no code changes). No critical bugs reported this month. Business impact includes a repeatable pricing-model prototype, faster data-driven decision-making, and clearer stakeholder communication through ready-to-share docs. Technologies demonstrated include Python data science stack, model training/evaluation, and documentation practices with strong version-control traceability.
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