Thailand railway digital twin
What I delivered
A public, bilingual map for exploring routes, finding stations and trains, and understanding expected journey progress. It demonstrates the connection between physical infrastructure, a digital model, and GIS.
The challenge
A railway is a connected physical system. Understanding it requires a model that brings network topology, place, time, and movement together.
How I delivered it · role & technical detail
Built an interactive railway digital twin combining Thailand’s railway routes, station locations, public timetable data, and movement visualization. The map connects infrastructure with the information needed to explore how the network works.
- Railway network modeling
- Geospatial visualization and timetable context
- Digital-twin interfaces
Independent project, not an official SRT service. Some movement and delay indicators are simulated or estimated from available data; they are not verified live IoT telemetry.