
During October 2024, Lee contributed three practical features to the onestone11/kosa-study-tigger repository, focusing on algorithmic problem solving in C and Python. Lee developed a coin change calculator using a greedy algorithm to determine the minimum coins needed for a given amount, supporting automation and educational use cases. A fatigue-driven productivity simulator was also implemented in C, modeling work and recovery cycles to aid in workload planning. Additionally, Lee created a Python solution for the gym clothes distribution problem, optimizing resource allocation among students. The work demonstrated solid algorithm design and implementation skills, with clear, maintainable code and business-oriented outcomes.

In October 2024, delivered three practical, cross-language features in onestone11/kosa-study-tigger that improve automation, planning, and educational tooling. The work emphasizes business value through efficient calculations, predictive modeling, and optimal resource distribution, with clear traceability to commits.
In October 2024, delivered three practical, cross-language features in onestone11/kosa-study-tigger that improve automation, planning, and educational tooling. The work emphasizes business value through efficient calculations, predictive modeling, and optimal resource distribution, with clear traceability to commits.
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