
Developed an Enhanced Radiation Effects Dashboard for the TonyKat007/Astral-trails repository, focusing on advanced analytics for radiation impact in electronics. The work centered on integrating Monte Carlo SEU visualization and implementing mission-profile-based SEU rate calculations, allowing users to analyze radiation effects with refined input parameters. Leveraging Python, Streamlit, and scientific computing libraries such as NumPy and Matplotlib, the developer consolidated analytics within the electronics tab and updated documentation to support new features. Backend and UI changes were coordinated through multiple app.py updates, resulting in a more stable and integrated dashboard experience. No bug fixes were recorded during this period.
Monthly work summary for 2025-07 focusing on delivering Enhanced Radiation Effects Dashboard improvements for TonyKat007/Astral-trails. Consolidated radiation analytics: Monte Carlo SEU visualization in the electronics tab, mission-profile-based SEU rate calculations with refined inputs, and a documentation update in the electronics tab. Backend/UI changes were implemented to support these analytics, with multiple app.py updates to stabilize and integrate the dashboard features.
Monthly work summary for 2025-07 focusing on delivering Enhanced Radiation Effects Dashboard improvements for TonyKat007/Astral-trails. Consolidated radiation analytics: Monte Carlo SEU visualization in the electronics tab, mission-profile-based SEU rate calculations with refined inputs, and a documentation update in the electronics tab. Backend/UI changes were implemented to support these analytics, with multiple app.py updates to stabilize and integrate the dashboard features.

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