Concise monthly summary for ISS-PCB (Jan 2026) highlighting delivered features, key bug fixes, impact, and technical skills demonstrated. Focus is on business value, stability, and readiness for production.

December 2025 performance summary for ISS-PCB: Delivered a comprehensive design assets overhaul and manufacturing readiness improvements, alongside a critical solder mask fix. The work enhances design-to-manufacture handoff, reduces rework risk, and establishes a solid foundation for upcoming revisions.

November 2025 (ISS-PCB) focused on strengthening power integrity, routing readiness, and repository hygiene, delivering clear business value through improved reliability, manufacturability, and faster feature delivery. Key outcomes include a comprehensive power management redesign (SPARK revB) with UVLO/PG thresholds, high-side switch improvements, TPS745 symbol updates, and thorough root/power schematic cleanup. IO expander adjustments and Pyros integration were completed, alongside the addition of new 3D models and buzzer assets. Routing readiness progressed from base-level routing to a full routing pass with DRC, silkscreen preparation, and board outline support. Library and footprint hygiene were tightened: MMC5983MA symbol added; terminal blocks and TPS25947 footprints updated; board configuration moved to 25×80 mm; and general sensor/library cleanup.

Concise monthly summary for 2025-10 highlighting key deliverables, impact, and technical achievements across two repositories (ISSUIUC/ISS-PCB and ISSUIUC/MIDAS-Software). Focused on hardware footprint correctness, power management reliability, telemetry visibility, data quality, and flight safety improvements. Emphasizes business value through reduced risk, increased reliability, and maintainable codebases.

September 2025 monthly summary focusing on maintainability, documentation, and cross-repo consistency. Delivered key features centered on codebase hygiene and improved documentation across ISS-PCB and TARS-Controls, enabling faster onboarding, clearer production assets, and reduced future maintenance costs.

August 2025 ISS-PCB monthly summary focusing on data accuracy governance and manufacturing data alignment for Feather Duo in the ISSUIUC/ISS-PCB repo. Highlights include BOM/datasheet correction and updated CAD data to reflect design revisions for reliable sourcing and fabrication.

July 2025 (ISS-PCB) — Key design deliverables and process improvements for ISSUIUC/ISS-PCB. Key features delivered: reintroduction of MIDAS MK2 project assets (schematics and PCB layouts) with updated footprint and symbol libraries for MIDAS MK2 Rev A, plus KiCad project configuration cleanup to align library/footprint references. Hardware design revision bump: KiCad project binary updated to reflect the new hardware revision/timestamp. No user-facing feature changes, but the changes enhance manufacturability, traceability, and state consistency. Overall impact: improved maintainability, version-controlled design state, and readiness for MIDAS MK2 production. Technologies/skills demonstrated: KiCad project management, PCB design, version control (Git), library and footprint management, and metadata/versioning practices.

June 2025 monthly summary for ISS-PCB focusing on standardizing KiCad library metadata and improving schematic readability for Motor-MK1. Primary effort was feature delivery and code organization to enable easier reuse and maintenance; no major bug fixes reported this period.

April 2025 (ISS-PCB) — Delivered core library enhancements, board finalization, and repository hygiene improvements that streamline component selection, improve manufacturability, and reduce ambiguity. Targeted changes across KiCad libraries and 3D models, grounding optimization, and cleanup of backup files, aligning with the team’s roadmap for faster design cycles and clearer handoffs to manufacturing.

March 2025 (ISSUIUC/MIDAS-Software) monthly summary: Delivered targeted SD Card initialization error handling enhancement to improve diagnostics and robustness of the storage subsystem. Replaced generic success return codes with specific error codes for begin/open failures, enabling quicker root-cause analysis and more reliable storage interactions.

February 2025: ISS-PCB improvements focused on maintainability, metadata governance, and layout hygiene, with cleanups across project artifacts and metadata finalization for KiCad. Structural reorganization and nomenclature updates were applied to enhance clarity and onboarding, including a new memes footprint library addition. A targeted mechanical fix was implemented for the drone power board screw mounting to ensure correct hardware integration. These efforts improve data integrity, reduce setup time for new contributors, and stabilize the baseline for production releases.

January 2025 monthly summary for ISS-PCB: Focused on project organization, library health, and scalable workflows to enable faster feature delivery and improved manufacturability. Delivered foundational MK2/MK2.1 groundwork, enhanced critical libraries, and tightened documentation to reduce onboarding time and risk in future releases. Implemented targeted bug fixes and quality improvements that directly impact reliability and integration with downstream systems. Achieved layout optimizations and library/name hygiene to support consistent design reviews and efficient CAM flow. Business value delivered through clearer project structure, stronger component libraries, and improved traceability of changes across revB readiness and BOM integrity.

December 2024 ISS-PCB monthly summary: Delivered enhancements to CAM-MK2 PCB for manufacturability and branding, and fixed critical regulator footprint issues to ensure reliable physical layouts for production. Achieved release-ready status with improved DRC hardening, labeling, and asset standardization. Demonstrated strong Git-driven workflow across multiple commits, reflecting disciplined design iteration and collaboration.

November 2024 was a focused month for ISS-PCB, emphasizing codebase cleanup, standards alignment, and design maturation to enable fabrication readiness. The team delivered a cleaned and reorganized repository, aligned hardware design with ISO1640, and integrated key modules (Ebyte and GNSS) with updated libraries and schematics. Major PCB work included schematic/layout prep, USB routing fixes, and power regulation updates, along with RF front-end impedance optimization and pyro routing progress. MCU/expander assignments were revamped to simplify future expansion, and targeted bug fixes and merge-conflict resolutions stabilized the design and improved BOM metadata and datasheet accuracy.

October 2024 monthly summary for ISS-PCB (MIDAS-MK2 family). Delivered core hardware design enhancements for CAM-MK2 and ESP32-S3-MINI-1U, expanded power sensing capabilities with TI ADC and INA745 libraries, and improved library hygiene and repository maintenance to reduce risk and streamline future work. The work focused on practicality, manufacturability, and clear traceability to the codebase and production readiness.