
Ria Mondal engineered robust embedded hardware and telemetry solutions for the formulaslug/fs-3 and formulaslug/fs-3-schematics repositories, focusing on dashboard UI, PCB design, and real-time data integration. She developed and refined C++ and C-based firmware, optimized STM32 HAL drivers, and modularized radio and telemetry components for maintainability. Her work included designing compact, manufacturable PCBs in KiCad, implementing low-level file I/O for persistent telemetry, and enhancing dashboard rendering for operational reliability. By integrating new hardware layouts and telemetry indicators, Ria improved system visibility and responsiveness, delivering production-ready solutions that reduced complexity, supported rapid iteration, and enabled safer, more informed vehicle operation.

October 2025: Delivered a major telemetry dashboard overhaul for formulaslug/fs-3, introducing a new drawLayout4 for enhanced vehicle telemetry (SOC bars, system status indicator lights, and critical parameter warnings) and disabling SD logging on the mainboard. Refined the dashboard UI for readability and accuracy, including formatting fixes, temperature scaling adjustments, and corrected voltage readings (GLV/CTRL), backed by targeted commits. These changes improve operator visibility, reduce data handling risks, and provide a more reliable basis for vehicle monitoring and decision-making.
October 2025: Delivered a major telemetry dashboard overhaul for formulaslug/fs-3, introducing a new drawLayout4 for enhanced vehicle telemetry (SOC bars, system status indicator lights, and critical parameter warnings) and disabling SD logging on the mainboard. Refined the dashboard UI for readability and accuracy, including formatting fixes, temperature scaling adjustments, and corrected voltage readings (GLV/CTRL), backed by targeted commits. These changes improve operator visibility, reduce data handling risks, and provide a more reliable basis for vehicle monitoring and decision-making.
Concise monthly summary for 2025-06 focusing on key features delivered, major bugs fixed, impact, and technologies demonstrated. Highlights include Endurance Layout (Layout3) deployment with telemetry integration and real-time indicators; reliability and performance improvements for the dashboard rendering stack; and overall business value through improved visibility, responsiveness, and robustness for endurance-mode operations.
Concise monthly summary for 2025-06 focusing on key features delivered, major bugs fixed, impact, and technologies demonstrated. Highlights include Endurance Layout (Layout3) deployment with telemetry integration and real-time indicators; reliability and performance improvements for the dashboard rendering stack; and overall business value through improved visibility, responsiveness, and robustness for endurance-mode operations.
May 2025 focused on delivering a comprehensive Telemetry UI overhaul, modularizing core radio functionality, and hardening data persistence and HAL stability. The work improves dashboard richness, system modularity, and reliability of persistent telemetry data across devices, setting the foundation for scalable telemetry and maintainable growth.
May 2025 focused on delivering a comprehensive Telemetry UI overhaul, modularizing core radio functionality, and hardening data persistence and HAL stability. The work improves dashboard richness, system modularity, and reliability of persistent telemetry data across devices, setting the foundation for scalable telemetry and maintainable growth.
March 2025: Completed critical hardware schematics and board readiness for the Telemetry project. Delivered new F3311A7H121030E200 component libraries (schematic, footprint, symbol) to enable rapid reuse in Telemetry designs, and finalized Telemetry Main Rev 3 with manufacturing-grade Gerber data and layout refinements. These efforts improve production readiness, reduce fabrication risk, and enable faster iteration for the Telemetry board.
March 2025: Completed critical hardware schematics and board readiness for the Telemetry project. Delivered new F3311A7H121030E200 component libraries (schematic, footprint, symbol) to enable rapid reuse in Telemetry designs, and finalized Telemetry Main Rev 3 with manufacturing-grade Gerber data and layout refinements. These efforts improve production readiness, reduce fabrication risk, and enable faster iteration for the Telemetry board.
January 2025 performance highlights: Delivered hardware layout optimization for the Dash PCB in formulaslug/fs-3-schematics, plus repository hygiene improvements. The changes enable tighter physical integration, space efficiency, and cleaner code history, supporting faster iterations and easier onboarding.
January 2025 performance highlights: Delivered hardware layout optimization for the Dash PCB in formulaslug/fs-3-schematics, plus repository hygiene improvements. The changes enable tighter physical integration, space efficiency, and cleaner code history, supporting faster iterations and easier onboarding.
Month 2024-11: Delivered the Dash hardware foundation and associated PCB design for the formulaslug/fs-3-schematics project, stabilized power regulation, simplified CAN hardware, and packaged build artifacts for streamlined distribution. Focused on delivering tangible business value through robust hardware foundations, BOM reduction, and improved engineering workflow.
Month 2024-11: Delivered the Dash hardware foundation and associated PCB design for the formulaslug/fs-3-schematics project, stabilized power regulation, simplified CAN hardware, and packaged build artifacts for streamlined distribution. Focused on delivering tangible business value through robust hardware foundations, BOM reduction, and improved engineering workflow.
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