
Worked on the NASA-SUITS-Teams/JARVIS-2025 repository to deliver LIDAR terrain heightmap processing with real-time visualization, enabling dynamic assessment and planning based on incoming sensor data. Implemented algorithms in Python and C++ to process LIDAR point clouds, update grid-based terrain models, and render results using matplotlib. Integrated socket programming for real-time data flow, supporting responsive visualization of terrain features. Improved code maintainability by removing three obsolete A* pathfinding scripts, reducing technical debt and potential confusion. Demonstrated a focus on both data-driven feature development and codebase hygiene, combining numerical computing, data visualization, and algorithm implementation within a single development cycle.
April 2025 summary for NASA-SUITS-Teams/JARVIS-2025: Delivered LIDAR terrain heightmap processing and real-time visualization; removed clutter by deleting obsolete A* pathfinding scripts; strengthened data-driven terrain assessment and planning capabilities; demonstrated end-to-end data processing, visualization, and maintenance efficiency.
April 2025 summary for NASA-SUITS-Teams/JARVIS-2025: Delivered LIDAR terrain heightmap processing and real-time visualization; removed clutter by deleting obsolete A* pathfinding scripts; strengthened data-driven terrain assessment and planning capabilities; demonstrated end-to-end data processing, visualization, and maintenance efficiency.

Overview of all repositories you've contributed to across your timeline