
Developed coil control enhancements for the Space-and-Satellite-Systems-UC-Davis/IntelliSat repository, focusing on embedded systems and hardware interfacing using C. The work introduced improved PWM handling and a new direction control API, enabling more precise and responsive coil operations. Refactoring efforts prioritized code readability and maintainability, simplifying parameter handling by replacing percent-based values with integer types to reduce parsing complexity and potential errors. These updates established a safer and more reliable foundation for real-time hardware control, supporting future feature expansion such as additional directionality controls. The engineering approach emphasized clarity, reliability, and extensibility in embedded hardware control systems.
In November 2025, the IntelliSat subsystem delivered Coil Control Enhancements with improved PWM handling and a new direction control API, underpinned by readability refactors for clearer coil operations. The changes include a simplification of parameter handling by replacing the percent representation with an integer type, reducing parsing complexity and potential errors. These updates enhance coil precision, responsiveness, and maintainability, enabling safer real-time control and establishing a foundation for future feature expansion (e.g., additional directionality controls).
In November 2025, the IntelliSat subsystem delivered Coil Control Enhancements with improved PWM handling and a new direction control API, underpinned by readability refactors for clearer coil operations. The changes include a simplification of parameter handling by replacing the percent representation with an integer type, reducing parsing complexity and potential errors. These updates enhance coil precision, responsiveness, and maintainability, enabling safer real-time control and establishing a foundation for future feature expansion (e.g., additional directionality controls).

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