
Danielle contributed to the RISDxNASA-SUITS/SUITS-25 repository by building advanced mapping and mission support features over three months. She engineered interactive Point of Interest and hazard marker systems, integrating Mapbox GL JS and React to enable real-time updates and lifecycle management for mission-critical data. Her work included developing a collapsible Mission Info Panel with live telemetry, implementing Earth-to-Moon coordinate conversion, and enhancing UI consistency for streamlined mission planning. Using TypeScript and Zustand for state management, Danielle focused on maintainable, modular component design, addressing both user experience and technical debt. Her contributions deepened geospatial decision support and improved operational workflows.

May 2025 delivered significant user-facing mapping and telemetry capabilities for RISDxNASA-SUITS/SUITS-25, improving situational awareness, lunar mapping readiness, and system maintainability. Implemented hazard pin markers with panel integration, enhanced mission context via a collapsible Mission Info Panel with real-time telemetry, and added real-time rover position display. Introduced Earth-to-Moon coordinate conversion and lunar mapping workflows, and scoped Lunar Terrain Vehicle (LTV) markers with lifecycle updates including deprecation. Completed critical maintenance tasks to keep the repository healthy and dependencies clean. These changes drive faster decision-making and safer, more informed operations.
May 2025 delivered significant user-facing mapping and telemetry capabilities for RISDxNASA-SUITS/SUITS-25, improving situational awareness, lunar mapping readiness, and system maintainability. Implemented hazard pin markers with panel integration, enhanced mission context via a collapsible Mission Info Panel with real-time telemetry, and added real-time rover position display. Introduced Earth-to-Moon coordinate conversion and lunar mapping workflows, and scoped Lunar Terrain Vehicle (LTV) markers with lifecycle updates including deprecation. Completed critical maintenance tasks to keep the repository healthy and dependencies clean. These changes drive faster decision-making and safer, more informed operations.
April 2025 performance-focused month for RISDxNASA-SUITS/SUITS-25. Delivered major POI and map enhancements, strengthened pin management, extended EV task visibility, and improved code health. No critical bugs reported; stability improvements were achieved through targeted cleanup and refactors, reducing tech debt and enabling faster future delivery. Business value was delivered by enriching POI data capture, streamlining user workflows for pins and hazards, and by unifying the map UI to reduce cognitive load during mission planning and operations.
April 2025 performance-focused month for RISDxNASA-SUITS/SUITS-25. Delivered major POI and map enhancements, strengthened pin management, extended EV task visibility, and improved code health. No critical bugs reported; stability improvements were achieved through targeted cleanup and refactors, reducing tech debt and enabling faster future delivery. Business value was delivered by enriching POI data capture, streamlining user workflows for pins and hazards, and by unifying the map UI to reduce cognitive load during mission planning and operations.
March 2025 focused on delivering robust Point of Interest (POI) mapping and UI enhancements for RISDxNASA-SUITS/SUITS-25, enabling richer geospatial decision support and streamlined POI lifecycle management. The work lays a foundation for data-driven operations with enhanced visualization and control surfaces.
March 2025 focused on delivering robust Point of Interest (POI) mapping and UI enhancements for RISDxNASA-SUITS/SUITS-25, enabling richer geospatial decision support and streamlined POI lifecycle management. The work lays a foundation for data-driven operations with enhanced visualization and control surfaces.
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