
Developed a focused feature for the CODE-U-S/Coding_Test_Study repository, implementing a Java-based solution to address a basic arithmetic problem requiring integer quotient calculation. The work involved designing a Solution class with a method that computes the quotient of two integers, leveraging core algorithmic skills and Java programming best practices. All changes were managed through a Git-based workflow, with two distinct commits to ensure traceability and facilitate code review. The implementation was structured for straightforward integration with unit testing and evaluation pipelines, reflecting a methodical approach to problem-solving and code management within the context of algorithmic challenges and Java development.
In March 2025, delivered a focused feature in CODE-U-S/Coding_Test_Study that enables a straightforward quotient calculation for basic arithmetic problems. Implemented a Java Solution class with method solution(int num1, int num2) returning the integer quotient num1 / num2, addressing the specified problem statement. The change set is tracked across two commits to ensure traceability and reviewability.
In March 2025, delivered a focused feature in CODE-U-S/Coding_Test_Study that enables a straightforward quotient calculation for basic arithmetic problems. Implemented a Java Solution class with method solution(int num1, int num2) returning the integer quotient num1 / num2, addressing the specified problem statement. The change set is tracked across two commits to ensure traceability and reviewability.

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