Full-Stack Web Application
Camping Resource Platform
Stage 1. Problem Definition & Requirements Gathering
Identified a lack of centralized, reliable information for free camping spots across U.S. public lands. Conducted informal user research with fellow campers to define key needs: interactive maps, filtering by state, and easy community contributions. Developed user stories and planned the feature set based on these insights.
Stage 2. Backend Architecture & API Integration
Built the backend using Flask, SQLAlchemy, and SQLite, establishing a database for user accounts and camping spot entries. Integrated the US Forest Service (USFS) API to provide real-time forest boundaries and roads. Implemented authentication and session management for secure user interactions.
Stage 3. Front-End Design & Development
Responsive Design: Built mobile-friendly templates with HTML, CSS, and Jinja2, using glass morphism effects for a modern UI.
Filtering & Search: Enabled state-based filtering for all 49 states (including Alaska) and dual input methods (form + map click).
Interactive Map: Leveraged Leaflet.js with OpenStreetMap tiles to allow users to browse camping locations and add new spots directly on the map.
Stage 4. Feature Enhancement & Iteration
Tested the application with peers and Hackbright mentors to refine usability, map interactions, and spot-entry workflow. Iteratively improved UI elements, error handling, and map responsiveness based on feedback.Stage 5. Deployment & Documentation
Stage 5. Deployment & Documentation
Deployed the project to a live environment and documented the full stack setup, API integrations, and feature instructions. Created README and GitHub documentation to allow others to replicate or contribute.
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