
Over a two-month period, contributed two features to the Automation_Course_2025A repository, focusing on both software and hardware integration. Developed a Python-based decimal-hexadecimal base conversion tool with a user-friendly interface, supporting integer and fractional values and robust input validation, establishing a reusable foundation for future numeric utilities. Subsequently, implemented an Arduino-driven smart box system featuring ultrasonic proximity sensing, servo-controlled latching, LCD status feedback, IR remote manager mode activation, and a resettable counter. Leveraged skills in Python, C++, Arduino, and embedded systems to deliver reliable, hands-on solutions that support rapid prototyping and scalable feature expansion within the course environment.
December 2024 Monthly Summary: Focused execution on delivering a hardware-software integration feature in Automation-Course/Automation_Course_2025A, with measurable business value through automated box control, real-time status feedback, and secure access workflow.
December 2024 Monthly Summary: Focused execution on delivering a hardware-software integration feature in Automation-Course/Automation_Course_2025A, with measurable business value through automated box control, real-time status feedback, and secure access workflow.
Monthly summary for 2024-11: Delivered a new Decimal-Hexadecimal Base Conversion Tool in Automation_Course_2025A. Implemented a Python script with a user-friendly interface to convert decimal numbers to hexadecimal and vice versa, including support for integer and fractional parts and input validation. This work establishes a reusable base for numeric-base utilities and enhances hands-on learning for the course repository.
Monthly summary for 2024-11: Delivered a new Decimal-Hexadecimal Base Conversion Tool in Automation_Course_2025A. Implemented a Python script with a user-friendly interface to convert decimal numbers to hexadecimal and vice versa, including support for integer and fractional parts and input validation. This work establishes a reusable base for numeric-base utilities and enhances hands-on learning for the course repository.

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