Over three months, Qnaplego contributed to the BroncoSpace-Lab/CADENCE repository by developing and refining hardware platforms for data logging and RF integration. They established robust schematic and PCB foundations using KiCad, focusing on component library management, footprint creation, and layout optimization. Their work included integrating the RP2040 MCU, sensors, and power management, as well as generating BOM and Gerber files to ensure manufacturability. Qnaplego addressed schematic consistency, implemented GitHub-based layout reviews for quality control, and resolved critical grounding issues. Their technical approach emphasized maintainability and collaboration, resulting in a scalable hardware design process grounded in electronics engineering and embedded systems.
June 2025 CADENCE monthly summary: Completed an end-to-end PCB refresh for Cosmic Watch and related boards, including schematic cleanup, edge-cut improvements, and layout refinements, with BOM and Gerber generation to enable manufacturing readiness. Integrated GPS 1PPS on the PCB with branding. Imported and aligned Radfet project footprint and symbol for seamless integration. Achieved manufacturability readiness through JLCPCB parts alignment and verification of the component-to-layout mapping. Resolved a critical ground connection issue in the VBUS pour to improve safety and signal integrity. Established GitHub layout reviews to strengthen change control and QA across the design process.
June 2025 CADENCE monthly summary: Completed an end-to-end PCB refresh for Cosmic Watch and related boards, including schematic cleanup, edge-cut improvements, and layout refinements, with BOM and Gerber generation to enable manufacturing readiness. Integrated GPS 1PPS on the PCB with branding. Imported and aligned Radfet project footprint and symbol for seamless integration. Achieved manufacturability readiness through JLCPCB parts alignment and verification of the component-to-layout mapping. Resolved a critical ground connection issue in the VBUS pour to improve safety and signal integrity. Established GitHub layout reviews to strengthen change control and QA across the design process.
May 2025: Delivered foundational data-logging hardware groundwork for the CADENCE project and advanced PCB/EDA housekeeping to set up hardware bring-up and cross-team collaboration. Focused on creating a scalable data-logging platform and reliable design foundation, with documentation and integration work ready for next-phase testing.
May 2025: Delivered foundational data-logging hardware groundwork for the CADENCE project and advanced PCB/EDA housekeeping to set up hardware bring-up and cross-team collaboration. Focused on creating a scalable data-logging platform and reliable design foundation, with documentation and integration work ready for next-phase testing.
2025-04 CADENCE monthly summary: Delivered foundational hardware integration and library groundwork enabling the next-phase PCB design and RF module readiness. Two features delivered across BroncoSpace-Lab/CADENCE: RP2040 Board Hardware Integration and Schematic Setup; KiCad Library and PCB Footprint Expansion. No major bugs reported; minor schematic revisions and library consistency improvements completed. Impact: reduces risk and accelerates PCB layout by establishing a stable project structure, symbol support for RF modules, and an expanded footprint library. Technologies demonstrated: RP2040 hardware integration, schematic capture, KiCad component library and footprint management, RF module footprint planning, design rules and layout groundwork, and connector/power-management integration.
2025-04 CADENCE monthly summary: Delivered foundational hardware integration and library groundwork enabling the next-phase PCB design and RF module readiness. Two features delivered across BroncoSpace-Lab/CADENCE: RP2040 Board Hardware Integration and Schematic Setup; KiCad Library and PCB Footprint Expansion. No major bugs reported; minor schematic revisions and library consistency improvements completed. Impact: reduces risk and accelerates PCB layout by establishing a stable project structure, symbol support for RF modules, and an expanded footprint library. Technologies demonstrated: RP2040 hardware integration, schematic capture, KiCad component library and footprint management, RF module footprint planning, design rules and layout groundwork, and connector/power-management integration.
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