
Te Hoan developed two public transport demand analysis use cases within the Chameleon-company/MOP-Code repository over a two-month period, focusing on data-driven transit planning for Melbourne. Leveraging Python, pandas, and folium, he implemented workflows for data ingestion, preprocessing, and geospatial visualization of pedestrian sensor data near train stations. His work included packaging HTML, JSON, and Jupyter Notebook assets to support exploratory analysis and scenario evaluation. By updating use-case documentation and delivering reusable analytics components, Te Hoan established a foundation for future analytics features. The work demonstrated depth in data analysis and visualization, though no major bug fixes were required during this period.

December 2024: Delivered a new Public Transport Demand Visualization Use Case within the MOP-Code repository, enabling data-driven transport planning through visualization and mapping of pedestrian sensor data near train stations. The use case ships HTML, JSON, and IPYNB assets to support quick exploratory analysis and scenario evaluation.
December 2024: Delivered a new Public Transport Demand Visualization Use Case within the MOP-Code repository, enabling data-driven transport planning through visualization and mapping of pedestrian sensor data near train stations. The use case ships HTML, JSON, and IPYNB assets to support quick exploratory analysis and scenario evaluation.
Concise monthly summary for 2024-11 focusing on key accomplishments, including the delivery of the Melbourne Public Transport Demand Analysis use case and initial data loading/visualization steps. No major bugs fixed this month. Provides foundation for data-driven transit planning and reusable analytics components.
Concise monthly summary for 2024-11 focusing on key accomplishments, including the delivery of the Melbourne Public Transport Demand Analysis use case and initial data loading/visualization steps. No major bugs fixed this month. Provides foundation for data-driven transit planning and reusable analytics components.
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