
Willy Shih developed a suite of foundational C++ projects in the ia2407-114/113-2-junior-college-C-plus-plus-program repository, focusing on educational tooling and modular codebases. He implemented systems such as a Student Records Management System, Employee Data Management, and a Matrix Operations Library, applying object-oriented programming and data structures to streamline data handling and automate reporting. Using Visual Studio for project configuration and build management, Willy established reusable scaffolding and multi-project solutions that improved onboarding and maintainability. His work emphasized clean code practices, binary file I/O, and practical algorithms, providing a robust base for future enhancements and classroom use.

June 2025 performance: Delivered the foundational multi-project C++ codebase for the ia2407-114/113-2-junior-college-C-plus-plus-program, establishing a scalable architecture for shape and aviation modules. Implemented two integrated projects (Project1 for 2D/3D shapes and w16 for flight objects, airliners, and cargo) with Visual Studio solution files and build configurations. This groundwork enables parallel feature development, iterative testing, and rapid onboarding for the team.
June 2025 performance: Delivered the foundational multi-project C++ codebase for the ia2407-114/113-2-junior-college-C-plus-plus-program, establishing a scalable architecture for shape and aviation modules. Implemented two integrated projects (Project1 for 2D/3D shapes and w16 for flight objects, airliners, and cargo) with Visual Studio solution files and build configurations. This groundwork enables parallel feature development, iterative testing, and rapid onboarding for the team.
May 2025: Delivered a foundational set of C++ components with ready Visual Studio builds, enabling data modeling, numerical operations, and classroom scaffolding. Key features delivered include an Employee Data Management System (Date and Employee classes with I/O and data handling) with a dedicated Visual Studio solution; a BMI Calculator Console Application for BMI computation and categorization; a Matrix Operations Library supporting addition, subtraction, multiplication, and modulo with build configuration; and C++ project scaffolding for week 13 (Hello World skeleton and scaffold cleanup). These deliverables provide reusable components for data modeling, basic algorithms, and classroom labs, improving maintainability, onboarding speed, and reproducibility of builds. Technologies demonstrated include C++, object-oriented design, console I/O, basic matrix algorithms, Visual Studio, and structured project scaffolding.
May 2025: Delivered a foundational set of C++ components with ready Visual Studio builds, enabling data modeling, numerical operations, and classroom scaffolding. Key features delivered include an Employee Data Management System (Date and Employee classes with I/O and data handling) with a dedicated Visual Studio solution; a BMI Calculator Console Application for BMI computation and categorization; a Matrix Operations Library supporting addition, subtraction, multiplication, and modulo with build configuration; and C++ project scaffolding for week 13 (Hello World skeleton and scaffold cleanup). These deliverables provide reusable components for data modeling, basic algorithms, and classroom labs, improving maintainability, onboarding speed, and reproducibility of builds. Technologies demonstrated include C++, object-oriented design, console I/O, basic matrix algorithms, Visual Studio, and structured project scaffolding.
April 2025 performance summary for ia2407-114/113-2-junior-college-C-plus-plus-program: Implemented foundational C++ project scaffolding for student exercises in Visual Studio and completed repository cleanup to remove deprecated artifacts. These efforts streamline onboarding, improve code template reuse, reduce build noise, and enhance long-term maintainability.
April 2025 performance summary for ia2407-114/113-2-junior-college-C-plus-plus-program: Implemented foundational C++ project scaffolding for student exercises in Visual Studio and completed repository cleanup to remove deprecated artifacts. These efforts streamline onboarding, improve code template reuse, reduce build noise, and enhance long-term maintainability.
February 2025: Delivered a foundational Student Records Management feature in C++ with binary file storage to persist student data. The project defines a structured data model, supports user input, and writes records to accounts.dat, enabling reliable offline storage and future reporting.
February 2025: Delivered a foundational Student Records Management feature in C++ with binary file storage to persist student data. The project defines a structured data model, supports user input, and writes records to accounts.dat, enabling reliable offline storage and future reporting.
December 2024 performance summary focusing on feature delivery and business impact. Delivered a new Student Records Management System in C++/Visual Studio to streamline campus records handling. Implemented core data workflow: input of student records, calculation of averages, sorting by average score, and generation of printable results. No major defects reported this month; feature development is complete and ready for integration. Impact: automates data entry and reporting, improves accuracy, and reduces manual workload for class/grade processing. Technologies/skills demonstrated: C++, Visual Studio, basic data modeling, sorting algorithms, input/output handling, and report generation.
December 2024 performance summary focusing on feature delivery and business impact. Delivered a new Student Records Management System in C++/Visual Studio to streamline campus records handling. Implemented core data workflow: input of student records, calculation of averages, sorting by average score, and generation of printable results. No major defects reported this month; feature development is complete and ready for integration. Impact: automates data entry and reporting, improves accuracy, and reduces manual workload for class/grade processing. Technologies/skills demonstrated: C++, Visual Studio, basic data modeling, sorting algorithms, input/output handling, and report generation.
Month: 2024-11. Delivered core C++ projects within the ia2407-114/113-2-University-college-C-plus-plus-program repository, focusing on dice rolling frequency analytics and simple interest projection. Strengthened project structure and demonstrated practical CS concepts, delivering tangible, business-relevant educational tooling.
Month: 2024-11. Delivered core C++ projects within the ia2407-114/113-2-University-college-C-plus-plus-program repository, focusing on dice rolling frequency analytics and simple interest projection. Strengthened project structure and demonstrated practical CS concepts, delivering tangible, business-relevant educational tooling.
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