
During a two-month period, Domenic Forgione enhanced the concordia-fsae/firmware repository by expanding hardware data acquisition and integrating new sensor capabilities. He extended ADC support from one to eight channels, enabling parallel monitoring of temperature sensors and analog inputs, and restructured hardware channel definitions for easier configuration. Using C and YAML, Domenic improved driver maintainability and data fidelity by refining hardware polling routines and correcting ADC reference voltages. He also integrated brake pressure sensing into multiple modules, adding new CAN messages and signal templates. His work demonstrated depth in embedded systems, hardware abstraction, and configuration management, supporting scalable sensor integration.

June 2025 for concordia-fsae/firmware delivered core hardware interface enhancements, reliability improvements, and safety-related sensor integration. The work improves data fidelity, driver maintainability, and real-time hardware polling, contributing to safer, more predictable system behavior and faster feature delivery.
June 2025 for concordia-fsae/firmware delivered core hardware interface enhancements, reliability improvements, and safety-related sensor integration. The work improves data fidelity, driver maintainability, and real-time hardware polling, contributing to safer, more predictable system behavior and faster feature delivery.
May 2025 focused on delivering a high-value hardware data acquisition feature for the concordia-fsae/firmware repo. The team extended the ADC data path to support multi-channel acquisition (ADC1/ADC2), increasing channel count from 1 to 8 and reconfiguring channels to monitor temperature sensors and various analog inputs in parallel. This enables richer telemetry, faster signal visibility, and improved fault detection across sensors, with a scalable foundation for future sensor integration. The work involved implementing hardware channel definitions and config scaffolding, and integrating code paths for maintainability and reuse. Overall, these changes reduce data collection latency, improve monitoring fidelity, and position the project for expanded sensor coverage in upcoming sprints.
May 2025 focused on delivering a high-value hardware data acquisition feature for the concordia-fsae/firmware repo. The team extended the ADC data path to support multi-channel acquisition (ADC1/ADC2), increasing channel count from 1 to 8 and reconfiguring channels to monitor temperature sensors and various analog inputs in parallel. This enables richer telemetry, faster signal visibility, and improved fault detection across sensors, with a scalable foundation for future sensor integration. The work involved implementing hardware channel definitions and config scaffolding, and integrating code paths for maintainability and reuse. Overall, these changes reduce data collection latency, improve monitoring fidelity, and position the project for expanded sensor coverage in upcoming sprints.
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