
Austin Lopez developed a suite of foundational C++ command-line applications in the Computer-and-Information-Science/CISC115FALL24MID01 repository, focusing on practical programming concepts and user interaction. Over three months, he delivered features such as a movie ticket price calculator, a command-line calculator with error handling, a number pyramid generator, and a basic banking system supporting multi-account management. His work demonstrated object-oriented programming, class design, and robust input/output handling, with each feature scoped for clarity and future extensibility. By emphasizing modular architecture and clear user flows, Austin established a solid base for further enhancements while ensuring reliable, maintainable code throughout the project.

December 2024 highlights: Delivered an end-to-end Basic Banking System (C++) within Computer-and-Information-Science/CISC115FALL24MID01, enabling account creation, deposits, withdrawals, display of account information, and multi-account management via a menu-driven CLI. The release establishes a robust, extensible core for financial operations and serves as a foundation for future enhancements such as persistence and additional banking features. No major bugs were reported during this period; the focus was on delivering a solid feature with clear traceability and quality. Technologies demonstrated include C++, object-oriented design, and a command-line interface with a modular, extensible architecture.
December 2024 highlights: Delivered an end-to-end Basic Banking System (C++) within Computer-and-Information-Science/CISC115FALL24MID01, enabling account creation, deposits, withdrawals, display of account information, and multi-account management via a menu-driven CLI. The release establishes a robust, extensible core for financial operations and serves as a foundation for future enhancements such as persistence and additional banking features. No major bugs were reported during this period; the focus was on delivering a solid feature with clear traceability and quality. Technologies demonstrated include C++, object-oriented design, and a command-line interface with a modular, extensible architecture.
In November 2024, delivered four end-to-end CLI C++ programs in the Computer-and-Information-Science/CISC115FALL24MID01 repo, each targeting core learning outcomes and practical usage. The work includes a Command-Line Calculator with basic arithmetic operations and division-by-zero protection; a Number Pyramid Generator using nested loops to produce formatted pyramids; a Fundamentals Concepts Demo showcasing multiple concepts (calculator with sqrt/power/abs, temperature converter, rectangle area/perimeter, static-counter, function overloading for shape areas, and a default greeting); and a Theater Ticket Booking System featuring user authentication, genre and ticket-type selection, price calculation, and multi-ticket sessions. All features were completed with a single committed change per feature, indicating clear scope and finish.
In November 2024, delivered four end-to-end CLI C++ programs in the Computer-and-Information-Science/CISC115FALL24MID01 repo, each targeting core learning outcomes and practical usage. The work includes a Command-Line Calculator with basic arithmetic operations and division-by-zero protection; a Number Pyramid Generator using nested loops to produce formatted pyramids; a Fundamentals Concepts Demo showcasing multiple concepts (calculator with sqrt/power/abs, temperature converter, rectangle area/perimeter, static-counter, function overloading for shape areas, and a default greeting); and a Theater Ticket Booking System featuring user authentication, genre and ticket-type selection, price calculation, and multi-ticket sessions. All features were completed with a single committed change per feature, indicating clear scope and finish.
Concise monthly summary for 2024-10: Delivered two new C++ features in the CISC115FALL24MID01 project, with a clear focus on pricing accuracy, user interaction, and foundational programming demonstrations. The work highlights business value through automated ticket pricing logic and a student-friendly introductory program, setting the stage for future enhancements and scalability.
Concise monthly summary for 2024-10: Delivered two new C++ features in the CISC115FALL24MID01 project, with a clear focus on pricing accuracy, user interaction, and foundational programming demonstrations. The work highlights business value through automated ticket pricing logic and a student-friendly introductory program, setting the stage for future enhancements and scalability.
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