
Contributed to the RISDxNASA-SUITS/SUITS-25 repository by developing two core features over two months, focusing on both backend and frontend enhancements. Built a Python FastAPI backend for remote rover control, introducing throttle and motion endpoints with UDP-based communication to a Java backend, which enabled smoother and more precise robotic movement. Later, implemented a hazard pin categorization feature in the map UI using React, TypeScript, and Mapbox GL JS, allowing users to assign warning or caution categories to map pins. This work improved hazard data granularity and mission safety, demonstrating disciplined code integration and thorough end-to-end feature validation.
May 2025 monthly summary for RISDxNASA-SUITS/SUITS-25: Delivered Hazard Pin Categorization feature with UI updates that allow categorization (warning, caution) for map pins; this enhances hazard information granularity and user awareness. No major bugs reported; feature delivered with clean commit integration into the codebase. Impact includes improved risk assessment, prioritization, and mission safety. Technologies/skills demonstrated include frontend UI development, map component integration, version control discipline, and end-to-end feature validation.
May 2025 monthly summary for RISDxNASA-SUITS/SUITS-25: Delivered Hazard Pin Categorization feature with UI updates that allow categorization (warning, caution) for map pins; this enhances hazard information granularity and user awareness. No major bugs reported; feature delivered with clean commit integration into the codebase. Impact includes improved risk assessment, prioritization, and mission safety. Technologies/skills demonstrated include frontend UI development, map component integration, version control discipline, and end-to-end feature validation.
March 2025 (2025-03) focused on delivering a robust rover remote-control backend and refining motion control to enable reliable, remote operation. The work established a Python FastAPI-based backend with a throttle API and new endpoints to move forward and stop, integrated via UDP-based command transmission to a Java backend to enable remote rover movement. This month built on an initial backend skeleton and delivered smoother, more precise motion control through iterative refinements.
March 2025 (2025-03) focused on delivering a robust rover remote-control backend and refining motion control to enable reliable, remote operation. The work established a Python FastAPI-based backend with a throttle API and new endpoints to move forward and stop, integrated via UDP-based command transmission to a Java backend to enable remote rover movement. This month built on an initial backend skeleton and delivered smoother, more precise motion control through iterative refinements.

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