
During January 2025, Fengjie Guan developed an automated hydro pressure testing sequence for the masa-umich/mcnugget repository, focusing on automation, control systems, and embedded systems using Python. The feature enabled configurable pressure increments, duration, and safety bounds, integrating valve control for both pressurization and venting. Guan’s approach included maintaining target pressure for a defined period to validate tank integrity, with built-in safety checks and user prompts to ensure repeatable and safe operation. This work reduced manual testing time, improved test repeatability, and established a scalable foundation for future hardware-automation workflows, demonstrating depth in both technical implementation and workflow design.

January 2025 on masa-umich/mcnugget: Delivered an automated hydro pressure testing sequence enabling configurable pressure increments, duration, and bounds, with valve control for pressurization and venting, target-pressurization maintenance for a defined duration, and built-in safety checks and user prompts to ensure safe, repeatable tank integrity validation. This feature reduces manual testing time, improves test repeatability, and strengthens safety compliance. The work establishes a scalable foundation for hardware-automation test workflows and future validations.
January 2025 on masa-umich/mcnugget: Delivered an automated hydro pressure testing sequence enabling configurable pressure increments, duration, and bounds, with valve control for pressurization and venting, target-pressurization maintenance for a defined duration, and built-in safety checks and user prompts to ensure safe, repeatable tank integrity validation. This feature reduces manual testing time, improves test repeatability, and strengthens safety compliance. The work establishes a scalable foundation for hardware-automation test workflows and future validations.
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