
Agastya Kalagarla developed the foundational Pedal System for the hytech-racing/VCF repository, focusing on robust processing of accelerator and brake sensor data within an embedded, real-time environment. Using C++ and leveraging expertise in sensor integration, Agastya designed and implemented core data structures, header and source files, and classes to manage pedal inputs and evaluate pedal states. The system computes pedal percentages and detects implausible sensor readings, directly supporting reliability in the vehicle control loop. This initial groundwork established a solid technical base for future safety checks and tuning, reflecting a methodical approach to embedded systems engineering within automotive applications.

Month 2025-01 overview: Delivered foundational Pedal System for the VCF platform, establishing core data structures and evaluation logic to enable robust processing of accelerator and brake sensor data. Implemented header/source files, pedal state and parameter structures, and classes for pedal inputs and state evaluation to derive pedal percentages and detect implausible readings. This groundwork strengthens reliability in the vehicle control loop and sets the stage for safety checks and future tuning. No critical bugs reported within this scope.
Month 2025-01 overview: Delivered foundational Pedal System for the VCF platform, establishing core data structures and evaluation logic to enable robust processing of accelerator and brake sensor data. Implemented header/source files, pedal state and parameter structures, and classes for pedal inputs and state evaluation to derive pedal percentages and detect implausible readings. This groundwork strengthens reliability in the vehicle control loop and sets the stage for safety checks and future tuning. No critical bugs reported within this scope.
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