
Ido Haso developed core automation features for the Automation_Course_2025A repository, focusing on both hardware-software integration and process standardization. Over three months, he built a menu-driven Java calculator for decimal and hexadecimal conversions, supporting fractional values and configurable precision, and managed the deprecation of legacy code to streamline the codebase. He delivered a PLC system operation suite, including binary assets and detailed Markdown documentation, to enable reproducible deployment and faster onboarding. Additionally, Ido implemented an Arduino-based automatic wet wipe dispenser with real-time state indicators, demonstrating skills in embedded systems, technical documentation, and version control while maintaining a clean, defect-free release history.

January 2025 monthly summary for Automation-Course/Automation_Course_2025A: Delivered a core feature and improved documentation to support faster deployment and onboarding. Key feature delivered: Automatic Wet Wipe Dispenser System with user-selectable wipe temperature, hand-detection dispensing, and indicators for temperature simulation and out-of-stock status. This enhances safety, usability, and operational visibility. Documentation: Added a PDF README to improve onboarding and reduce support time for new contributors. No major bugs reported this month; focus was on delivering high-value features and improving maintainability. Technologies demonstrated include hardware-software integration planning, real-time state indicators, and documentation-as-code via PDF README.
January 2025 monthly summary for Automation-Course/Automation_Course_2025A: Delivered a core feature and improved documentation to support faster deployment and onboarding. Key feature delivered: Automatic Wet Wipe Dispenser System with user-selectable wipe temperature, hand-detection dispensing, and indicators for temperature simulation and out-of-stock status. This enhances safety, usability, and operational visibility. Documentation: Added a PDF README to improve onboarding and reduce support time for new contributors. No major bugs reported this month; focus was on delivering high-value features and improving maintainability. Technologies demonstrated include hardware-software integration planning, real-time state indicators, and documentation-as-code via PDF README.
December 2024: Delivered Group 6 PLC System Operation package for Automation_Course_2025A, adding a ready-to-use PLC operation suite including a binary GROUP6.gxw and a comprehensive README-PLC.md with step-by-step setup, production, and shutdown procedures. The work included integrating and documenting the new assets, with a focus on standardization and faster deployment. No major bugs fixed this month. This release enhances production readiness, reduces training time, and supports scalable PLC operations for the course project. Demonstrated skills in PLC asset handling, documentation, version control, and asset packaging.
December 2024: Delivered Group 6 PLC System Operation package for Automation_Course_2025A, adding a ready-to-use PLC operation suite including a binary GROUP6.gxw and a comprehensive README-PLC.md with step-by-step setup, production, and shutdown procedures. The work included integrating and documenting the new assets, with a focus on standardization and faster deployment. No major bugs fixed this month. This release enhances production readiness, reduces training time, and supports scalable PLC operations for the course project. Demonstrated skills in PLC asset handling, documentation, version control, and asset packaging.
November 2024 monthly summary for Automation_Course_2025A: Delivered a new Decimal/Hexadecimal Base Conversion Calculator with a menu-driven Java interface, supporting conversions between decimal and hexadecimal for positive, negative, and fractional values, and enabling user-specified fractional precision. Completed the deprecation and removal of the legacy EX1/GROUP5 calculator (including README and main source), reducing technical debt and clarifying project scope. No critical defects reported this month; focus was on feature delivery and codebase cleanup. The work strengthens the course tooling, improves conversion accuracy, and demonstrates end-to-end lifecycle from feature development to deprecation.
November 2024 monthly summary for Automation_Course_2025A: Delivered a new Decimal/Hexadecimal Base Conversion Calculator with a menu-driven Java interface, supporting conversions between decimal and hexadecimal for positive, negative, and fractional values, and enabling user-specified fractional precision. Completed the deprecation and removal of the legacy EX1/GROUP5 calculator (including README and main source), reducing technical debt and clarifying project scope. No critical defects reported this month; focus was on feature delivery and codebase cleanup. The work strengthens the course tooling, improves conversion accuracy, and demonstrates end-to-end lifecycle from feature development to deprecation.
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