Graham Lillie contributed to the osu-uwrt/electric_boogaloo repository by developing and refining hardware design workflows for a ConnectTech breakout board over a two-month period. He implemented project configuration enhancements and established new PCB and schematic library structures using Altium Designer, focusing on robust component management and accurate BOM generation. Graham redesigned connector footprints and improved GPIO/GND net connections, laying the groundwork for reliable PCB routing and manufacturability. His work included introducing design rule checks and output artifacts, which improved traceability and supported iterative development. Throughout, he demonstrated depth in PCB layout, schematic capture, and electronics engineering, ensuring production readiness.
December 2024 Monthly Summary — osu-uwrt/electric_boogaloo Key features delivered: - Connector footprint and electrical interface redesign for ConnectTech breakout board: updated J5 footprint and refined GPIO/GND net connections to improve physical and electrical interface. - PCB routing groundwork for ConnectTech_Breakout: initiated PCB routing, updated routing documents, and introduced design rule checks and output artifacts to guide the layout. Major bugs fixed: - None reported this month. Overall impact and accomplishments: - Established a robust foundation for the breakout board design, reducing interface risk and accelerating readiness for manufacturing and integration with ConnectTech hardware. The routing groundwork and design rule checks create a repeatable, quality-focused workflow that supports faster iterations and reduced late-stage rework. Technologies/skills demonstrated: - PCB design and footprint customization, netlist and constraint management, routing strategy, design rule checks, and artifact/documentation creation. Effective collaboration and traceability via commits: d6bfe1e...; f521c5c8..., 64e72707..., 1c4a2dc6...
December 2024 Monthly Summary — osu-uwrt/electric_boogaloo Key features delivered: - Connector footprint and electrical interface redesign for ConnectTech breakout board: updated J5 footprint and refined GPIO/GND net connections to improve physical and electrical interface. - PCB routing groundwork for ConnectTech_Breakout: initiated PCB routing, updated routing documents, and introduced design rule checks and output artifacts to guide the layout. Major bugs fixed: - None reported this month. Overall impact and accomplishments: - Established a robust foundation for the breakout board design, reducing interface risk and accelerating readiness for manufacturing and integration with ConnectTech hardware. The routing groundwork and design rule checks create a repeatable, quality-focused workflow that supports faster iterations and reduced late-stage rework. Technologies/skills demonstrated: - PCB design and footprint customization, netlist and constraint management, routing strategy, design rule checks, and artifact/documentation creation. Effective collaboration and traceability via commits: d6bfe1e...; f521c5c8..., 64e72707..., 1c4a2dc6...
November 2024 performance summary for osu-uwrt/electric_boogaloo: Key features delivered, critical bugs fixed, and measurable impact on design-management efficiency, BOM accuracy, and production readiness. Demonstrated strengths in library management, cross-referencing, and robust PCB/schematic integration.
November 2024 performance summary for osu-uwrt/electric_boogaloo: Key features delivered, critical bugs fixed, and measurable impact on design-management efficiency, BOM accuracy, and production readiness. Demonstrated strengths in library management, cross-referencing, and robust PCB/schematic integration.
Overview of all repositories you've contributed to across your timeline