
Developed a modular C Programming Assignments Suite within the Michaelkelly71/C_Programming repository, focusing on practical, automated exercises for learners. The project featured algorithm implementation in C, including a Coleman-Liau readability score calculator, complementary DNA sequence generator, and Caesar cipher encryption tool. The initial commit established a scalable project structure, supporting future enhancements and automated assessments. By integrating multiple algorithmic concepts into a cohesive suite, the work enabled faster onboarding and practical skill evaluation for users. The approach emphasized modularity and maintainability, laying a foundation for improved code quality and reliability through future testing and feature expansion in C programming.
In August 2025, delivered a modular C Programming Assignments Suite in Michaelkelly71/C_Programming enabling practical, automated exercises for learners. Implementations include reading readability score via Coleman-Liau, complementary DNA sequence generation, and Caesar cipher encryption. The initial commit established the project structure and file baseline for scalable feature growth.
In August 2025, delivered a modular C Programming Assignments Suite in Michaelkelly71/C_Programming enabling practical, automated exercises for learners. Implementations include reading readability score via Coleman-Liau, complementary DNA sequence generation, and Caesar cipher encryption. The initial commit established the project structure and file baseline for scalable feature growth.

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