
During June 2025, Santiago Morante developed new data-analysis features for the SantiMor05/Indusmatica repository, focusing on C++ and Makefile-based build automation. He implemented an inversion counting program using a merge sort algorithm, enabling efficient analysis of array data and providing reproducible builds through robust configuration. Additionally, he created a merge sort-based project to sort records by risk, impact, and ID, demonstrating practical use of data structures and divide-and-conquer techniques. Santiago also improved repository hygiene by removing outdated projects, reducing maintenance overhead. His work reflected depth in algorithm implementation, build system management, and a focus on maintainable, reliable codebases.

2025-06: Delivered new data-analysis capabilities and improved repo hygiene in SantiMor05/Indusmatica. Implemented a C++ Inversion Counting Program using merge sort (with Makefile and build/configuration) and a Merge Sort-Based Sorting Project (sorting by risk, impact, and ID). Performed repository cleanup by removing the outdated Ejercicio6 - NumeroDeInversiones project to reduce maintenance surface. No major bugs fixed this month; focus on feature delivery, build reliability, and code hygiene. Business value: streamlined data analysis workflows, reproducible builds, and lower maintenance burden; demonstrated solid C++ implementation, algorithmic performance, and project configuration skills.
2025-06: Delivered new data-analysis capabilities and improved repo hygiene in SantiMor05/Indusmatica. Implemented a C++ Inversion Counting Program using merge sort (with Makefile and build/configuration) and a Merge Sort-Based Sorting Project (sorting by risk, impact, and ID). Performed repository cleanup by removing the outdated Ejercicio6 - NumeroDeInversiones project to reduce maintenance surface. No major bugs fixed this month; focus on feature delivery, build reliability, and code hygiene. Business value: streamlined data analysis workflows, reproducible builds, and lower maintenance burden; demonstrated solid C++ implementation, algorithmic performance, and project configuration skills.
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