
Janus Capodagli developed core hardware and automation features for the AresEnsea/2425_Projet2A_AresCFR repository, focusing on embedded systems and robotics. He established foundational STM32 timer and ADC support, modernized the build system with CMake, and created a comprehensive PCB footprint library using KiCad. Janus improved robot navigation by refining control logic in C, introduced a hardware abstraction layer for scalable firmware, and maintained detailed documentation to support onboarding and planning. His work emphasized codebase clarity, asset standardization, and maintainability, resulting in a robust platform for future development and streamlined hardware-software integration across multiple project iterations.

April 2025: Delivered codebase cleanup by removing legacy STM32 header files (stm32f3xx_hal.h and stm32f3xx_hal_adc_ex.h), reducing maintenance complexity and aligning the project with planned platform upgrades. The work improves build stability, onboarding, and future feature readiness.
April 2025: Delivered codebase cleanup by removing legacy STM32 header files (stm32f3xx_hal.h and stm32f3xx_hal_adc_ex.h), reducing maintenance complexity and aligning the project with planned platform upgrades. The work improves build stability, onboarding, and future feature readiness.
February 2025: Delivered a comprehensive PCB footprint library across Molex connector series and associated edge/SODIMM connectors (including Micro-Fit, Micro-Latch, MicroClasp, Mini-Fit Jr./Sr, Nano-Fit, Panelmate, Pico variants, 4UCON, AT BUS, PCI/PCIe, SODIMM, and Samtec footprints). No major bugs reported this month. This library standardizes footprint definitions, accelerates PCB design, and improves reuse across projects, enabling faster time-to-market and higher design quality. Key skills demonstrated include PCB footprint development, asset management, and Git-based version control.
February 2025: Delivered a comprehensive PCB footprint library across Molex connector series and associated edge/SODIMM connectors (including Micro-Fit, Micro-Latch, MicroClasp, Mini-Fit Jr./Sr, Nano-Fit, Panelmate, Pico variants, 4UCON, AT BUS, PCI/PCIe, SODIMM, and Samtec footprints). No major bugs reported this month. This library standardizes footprint definitions, accelerates PCB design, and improves reuse across projects, enabling faster time-to-market and higher design quality. Key skills demonstrated include PCB footprint development, asset management, and Git-based version control.
January 2025 monthly focus: foundational project documentation for the 1A robot within AresEnsea/2425_Projet2A_AresCFR, establishing a clear roadmap and setting the stage for hardware upgrades.
January 2025 monthly focus: foundational project documentation for the 1A robot within AresEnsea/2425_Projet2A_AresCFR, establishing a clear roadmap and setting the stage for hardware upgrades.
December 2024 – Monthly summary focused on delivering core automation features for AresEnsea/2425_Projet2A_AresCFR and establishing hardware abstraction groundwork to enable scalable future work. Emphasis on improving robot responsiveness, code quality, and maintainability while laying a solid HAL foundation.
December 2024 – Monthly summary focused on delivering core automation features for AresEnsea/2425_Projet2A_AresCFR and establishing hardware abstraction groundwork to enable scalable future work. Emphasis on improving robot responsiveness, code quality, and maintainability while laying a solid HAL foundation.
November 2024 performance summary for AresEnsea/2425_Projet2A_AresCFR. Focused on delivering core hardware and infrastructure enhancements that enable rapid feature development and reliable builds. Implemented MCU timer and ADC foundation across STM32 MCUs, established a KiCad PCB project for PAMI 2425, modernized repository structure and build system, and refreshed project documentation. Result: improved hardware-software integration readiness, streamlined development workflows, and clearer project artifacts.
November 2024 performance summary for AresEnsea/2425_Projet2A_AresCFR. Focused on delivering core hardware and infrastructure enhancements that enable rapid feature development and reliable builds. Implemented MCU timer and ADC foundation across STM32 MCUs, established a KiCad PCB project for PAMI 2425, modernized repository structure and build system, and refreshed project documentation. Result: improved hardware-software integration readiness, streamlined development workflows, and clearer project artifacts.
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