A College Project for Smart, Inclusive Routing in Urban Areas
AccessMap is a smart navigation system developed as part of a college project to provide sidewalk-based, accessibility-aware routes for people with mobility challenges. The system is built on open data and custom algorithms to help users avoid steep slopes, stairs, and inaccessible paths, promoting inclusive urban mobility.
To design and implement a map-based routing platform that enables individuals with limited mobility to:
- Avoid steep slopes and missing curb ramps
- Navigate safely using sidewalks instead of vehicle roads
- Customize navigation based on personal mobility constraints
-
Accessibility-Focused Routing Finds routes using sidewalks, curb cuts, and elevation data.
-
User Profiles Adjust preferences for slope steepness, stairs, or barriers.
-
Interactive Map Interface Built using Leaflet.js for real-time path visualization.
-
Data-Driven Path Planning Utilizes OpenStreetMap and elevation APIs for realistic terrain mapping.
| Component | Tech Stack |
|---|---|
| Frontend | HTML, CSS, JavaScript, Leaflet.js |
| Backend | Python (Flask) |
| Routing | PostGIS + pgRouting (optional), Dijkstra |
| Data Sources | OpenStreetMap, Elevation APIs |
This project was built as part of our college coursework in the field of Smart Mobility & Urban Tech, with a focus on AI for Social Good. It aims to improve quality of life for people with disabilities by leveraging technology for smarter navigation.