
During January 2025, Michel Millette developed foundational hardware design assets for the robotique-udes/PCB repository, focusing on the Rover Ethernet Switch and Rover Servo Controller. Using CAD and PCB design skills, Michel created detailed STEP models and accompanying metadata to support early-stage hardware integration and future production planning. The work emphasized robust design file management and commit traceability through Git, ensuring clear version control and repository hygiene. By delivering these STEP-based hardware modules, Michel enabled downstream mechanical integration and assembly planning, establishing a solid groundwork for the rover system’s physical implementation. No bug fixes were required during this initial development phase.

Month 2025-01 – PCB repo robotique-udes/PCB: Delivered foundational hardware design assets for Rover Ethernet Switch and Rover Servo Controller (STEP models), enabling early hardware integration and future production. No major bugs fixed this month. Overall impact: establishes hardware groundwork for rover systems, accelerating prototyping and integration. Technologies demonstrated: hardware design modeling (STEP), version control traceability (Git commits), and improved repository hygiene.
Month 2025-01 – PCB repo robotique-udes/PCB: Delivered foundational hardware design assets for Rover Ethernet Switch and Rover Servo Controller (STEP models), enabling early hardware integration and future production. No major bugs fixed this month. Overall impact: establishes hardware groundwork for rover systems, accelerating prototyping and integration. Technologies demonstrated: hardware design modeling (STEP), version control traceability (Git commits), and improved repository hygiene.
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