
During a two-month period, Noa developed a modular suite of competitive programming solutions in C++ for the CaTs-CBNU/2025-1_Algorithm repository. Noa established foundational scaffolding for Baekjoon problem-solving, standardizing project structure and version control practices. The work included implementing algorithms for number theory, permutations, and the Sieve of Eratosthenes, with reusable templates to accelerate future development. Solutions covered a range of Baekjoon problems, focusing on IO optimization, loops, and prime factorization. Noa maintained a descriptive, traceable commit history, enabling knowledge transfer and rollback. The codebase reflects technical discipline and depth in algorithmic problem solving, supporting future onboarding and extension.

May 2025 monthly summary for CaTs-CBNU/2025-1_Algorithm. Delivered the Baekjoon Online Judge Solutions Suite in C++, implementing IO patterns, loops, and number theory (gcd, lcm, primes), plus sieve and permutation problem solutions across multiple Baekjoon IDs. The suite covers problems including 11719, 11718, 11712, 2741, 10818, 2438, 8393, 2609, 13241, 9613, 1978, 11653, 2960, 10974, 15552, and 15649. Work consisted of 18 commits adding problem solutions with descriptive messages, building a cohesive, reusable codebase.
May 2025 monthly summary for CaTs-CBNU/2025-1_Algorithm. Delivered the Baekjoon Online Judge Solutions Suite in C++, implementing IO patterns, loops, and number theory (gcd, lcm, primes), plus sieve and permutation problem solutions across multiple Baekjoon IDs. The suite covers problems including 11719, 11718, 11712, 2741, 10818, 2438, 8393, 2609, 13241, 9613, 1978, 11653, 2960, 10974, 15552, and 15649. Work consisted of 18 commits adding problem solutions with descriptive messages, building a cohesive, reusable codebase.
In April 2025, the team focused on establishing a solid foundation for algorithm problem solving in CaTs-CBNU/2025-1_Algorithm. Delivered initial scaffolding for Baekjoon problem solutions by creating two placeholder C++ files (2557.cpp under Week01_Algorithm and 8393.cpp). This work sets up a reusable template to accelerate future solution development. No major bugs were resolved this month as the priority was scaffolding and repository readiness. The effort improves future delivery velocity, standardizes project structure, and demonstrates strong version-control practices.
In April 2025, the team focused on establishing a solid foundation for algorithm problem solving in CaTs-CBNU/2025-1_Algorithm. Delivered initial scaffolding for Baekjoon problem solutions by creating two placeholder C++ files (2557.cpp under Week01_Algorithm and 8393.cpp). This work sets up a reusable template to accelerate future solution development. No major bugs were resolved this month as the priority was scaffolding and repository readiness. The effort improves future delivery velocity, standardizes project structure, and demonstrates strong version-control practices.
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